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Arizona Approves Grid-Connection Fees For Solar Rooftops

mdsolar writes with this excerpt from Bloomberg News: "Arizona will permit the state's largest utility to charge a monthly fee to customers who install photovoltaic panels on their roofs, in a closely watched hearing that drew about 1,000 protesters and may threaten the surging residential solar market. The Arizona Corporation Commission, which regulates utilities in the state, agreed in a 3-to-2 vote at a meeting [Thursday] in Phoenix that Arizona Public Service Co. may collect about $4.90 a month from customers with solar systems. Arizona Public is required to buy solar power from customers with rooftop panels, and the commission agreed with its argument that the policy unfairly shifts some of the utility's costs to people without panels. Imposing a fee designed to address this issue may prompt power companies in other states to follow suit, and will discourage some people from installing new systems, according to the Sierra Club."

363 comments

  1. what cost by Anonymous Coward · · Score: 3, Informative

    shifts costs to the utility? What costs? A second meter base (which the customer has to pay for anyway) and a second meter? The second meter can't possibly cost $4.90/mo to maintain, over the typical life-time of a system.

    1. Re:what cost by Anonymous Coward · · Score: 5, Insightful

      Anything that generates electricity that is not a huge power plant is a threat to the electric company. They will do whatever they can to mitigate that threat. They do not want to become an entity in a world where everyone has generating capacity at their own homes, and they simply maintain a network or wires to share surplus amongst them and top them off at peak load times.

    2. Re:what cost by Joce640k · · Score: 2, Interesting

      Surely they should be penalizing those who don't have solar panels.

      The way to cut costs is to remove the need for utilities.

      --
      No sig today...
    3. Re:what cost by Mr+D+from+63 · · Score: 5, Insightful

      There is a cost of spinning reserve and grid stability maintenance. Why shouldn't those who need it or negatively impact it pay for it? The real cost should probably be even more, depending on the size of the installation. Its only $4.95/mo.

    4. Re:what cost by Anonymous Coward · · Score: 1

      People with solar panels could just ... you know ... disconnect from the grid and just use their own energy. They won't have to pay the fee either! Why won't they just do that?

    5. Re:what cost by Anonymous Coward · · Score: 1

      thanks for contributing without knowing anything of the subject...

      please google 'grid intertie' vs 'battery storage'...

    6. Re:what cost by Anonymous Coward · · Score: 5, Insightful

      Not true.

      The power company openly welcomes almost any generation on the grid. That power becomes a supplier. However the utility's most important goal is reliable power which solar notoriously difficult to provide.

      Then there is the cost of supporting the transmission of electricity. Generation companies pay that as a fee, why shouldn't individuals. As a customer, I love the power company paying me for excess generation but as a utility worker, why should the utility pay retail cost for power (when the maintenance cost is high) and they can buy it cheaper elsewhere.

      This isn't really an argument for the individual customers but for these groups (like cited in the original article) who provide you with 'low upfront costs' where you get almost little in return. Their solar panels, their federal tax incentives, generating on your rooftop for a small relief in power you buy from them. Funny how they are charging the homeowner a 'maintenance' fee already. They've been gaming the system and simply want to protect their profits.

    7. Re:what cost by mdsolar · · Score: 1

      It does depend on the size of the installation. $0.70 per KW capacity. Generally, customers who need more power need more grid service, including the spinning reserve you mention. And, since solar provides power at the highest demand periods, it costs those types of costs rather than increasing them. Though a bit more random, even wind is capping the expense of gas by putting the less efficient peakers off line to the extent that nukes are close because they can't compete. http://will.illinois.edu/nfs/RenaissanceinReverse7.18.2013.pdf

    8. Re:what cost by Mr+D+from+63 · · Score: 2

      Nuclear has nothing to do with it. Spinning reserve is managed with fossil, gas, and hydro. The peak smoothing would be a more solid argument if solar produced a steady output during the peak 'work day'. Unfortunately, solar produces heaving only for a few hours of that higher need period. Various sources tend to ignore those impacts.

      The solar fans would be much better suited to address the related issues and look for solutions rather than ignore and claim they don't exist.

    9. Re:what cost by clarkkent09 · · Score: 2

      They shouldn't be penalizing anybody. If it makes sense to install solar panels, people will do it. No need for either fines or subsidies.

      --
      Negative moral value of force outweighs the positive value of good intentions.
    10. Re:what cost by ArbitraryName · · Score: 2

      Because of these things called "clouds" and also something called "night time".

    11. Re:what cost by Anonymous Coward · · Score: 0

      Fuck those 'clouds' and fuck 'night time'.

      I've got backup wind generation, backup natural gas generator, backup propane generator, backup desiel generator, and two battery banks that will last for two weeks without sun! And a backup stirling engine generator that runs off the hot air produced by politicians!

      Infinite energy!

    12. Re:what cost by Anonymous Coward · · Score: 0

      Because of these things called "clouds"

            That's what the expensive local energy storage is for.

      and also something called "night time".

              Go to bed. Power usage minimal(see response about storage).

    13. Re:what cost by Anonymous Coward · · Score: 0

      There is a cost of spinning reserve and grid stability maintenance.

      Indeed, and the cost is reduced when more generating capacity is added near the consumers. In Sweden this line on the bill is called approximately "usefulness to the grid" and the utility pays you, not the other way around. This is analogous to how a net consumer of electricity pays a grid fee on top of the price of the electrical power itself.

    14. Re:what cost by Impy+the+Impiuos+Imp · · Score: 1

      The fact they are feeding back into the grid should pay for it, and that should be included in the rates the utility is required to pay the home owners.

      --
      (-1: Post disagrees with my already-settled worldview) is not a valid mod option.
    15. Re:what cost by whistlingtony · · Score: 2, Interesting

      I don't see what this has to do with Obama.... ? Or are you saying that the opinion that there should be penalties for those who don't have solar panels is Obama Like? (Fuck I wish...)

      As for the global warming denying... Assuming that global warming isn't real(it is though), you might get farther with politeness instead of calling us scum.

      The bad news is, whatever you believe, the earth is getting warmer, and we are going to have to deal with the consequences. I wish you'd help instead of sitting in the corner scream about Obamasitic Lies.

    16. Re:what cost by whistlingtony · · Score: 4, Informative

      I live off solar. It's fine. LED lighting is cheap enough and doesn't take a huge power draw. My huge power draw is the heater and the hot water heater. No problem. We have these things called Batteries... So I charge for a few hours to heat water for 15 mins. So what? It works fine. Solar panels are down around $1/watt, even for decent panels made somewhere without slave labor.

      I live in Oregon. Clouds and night time aren't that bad. It does help that my home is Tiny though.

    17. Re:what cost by dave562 · · Score: 2, Interesting

      They have to manage the power. The grid has a finite capacity and they have to adjust the amount of power that they buy and/or generate to balance out the new influx of power coming from the residential customers.

      I used to consult (IT) for a company that ran a couple of power plants. There are many factors to consider. It is not as simple as "Plug in, turn on, start getting paid."

      Simple example. House in Arizona with solar panels. Family leaves for the day, power goes back to the grid. Family is home on the weekend, they need the power. Family goes on vacation, they don't need to the power. Family is at home, again, they need the power. The demand fluctuates. As the market increases, as more and more people start selling power to the utility, the management challenge increases.

      I am not sure how home solar works, but with power plants, if you are generating, the utility has to find some place to put that power. Either use it locally, or transfer it elsewhere. If you are not generating, the utility has to make up for the shortfall.

    18. Re:what cost by mysidia · · Score: 2

      shifts costs to the utility? What costs?

      The costs of maintaining your electric lines and other equipment; maintaining your transformers, wiring to your house, substations, etc; are bundled with the per-kWH costs.

      By the way, they don't do a very good job -- if the electric company were paid a little more money that they were only allowed to use for infrastructure; they might actually build better power systems that are less likely to go down, or that have some hardening against Solar EMP risks.

      What would be fairer would be to reduce everyone's electric costs by $0.001/kwH; remove all infrastructure costs from the per-Watt of power price; charge the variable rate only based on costs created by the variable usage, and charge ALL customers a $5 fixed fee for maintenance costs of the infrastructure.

    19. Re:what cost by Anonymous Coward · · Score: 0

      Get back in your house and stop yelling at the kids on your lawn.

    20. Re:what cost by Anonymous Coward · · Score: 0

      They already do that. It's called utility taxes. Check your bill.

    21. Re:what cost by ArbitraryName · · Score: 3, Informative

      And that's the tradeoff. You either need to have an incredibly tiny and power efficient house, or you need to have a backup system. Even the most ardent off the grid supporters accept that.

    22. Re:what cost by Anonymous Coward · · Score: 0

      They were asking for $150/mo

    23. Re: what cost by Anonymous Coward · · Score: 5, Informative

      You have no clue what you are talking about. Arizona utility companies pay a wholesale rate to solar homeowners for the electricity they generate. During on peak hours my utility pays me a few cents per kWh and resells that for, depending on the time of use plan the other customer has chosen, possibly 10 times that amount. They do not pay me retail for my excess generation, and they always zero out the balance in April before the hot months start so that my credited kWh balance doesn't offset my usage in those months that my demand exceeds the capacity of my system.

    24. Re:what cost by fritsd · · Score: 2

      Anything that generates electricity that is not a huge power plant is a threat to the electric company.

      It's nice to formulate issues as us-vs-them, but I don't understand why that is true:

      • anything that generates electricity in Arizona that is not a huge power plant is competition to the electric company
      • the electric company is owned by the Arizona state
      • the Arizona state is owned by the Arizona people
      • so this form of competition would lead to a conflict between the Arizona citizens and the other Arizona citizens

      I.e. it would need to be resolved by planning and budgetting; a *completely internal problem* for the Arizona state organisation.

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    25. Re:what cost by fritsd · · Score: 1

      You'll always need the utility that does the load-balancing, that maintains the high-voltage grid, etc.; I don't see a million 220v wires from a city towards the nearby Aluminium smelter. So that is a tax that all electricity providers have to pay into, for sure.

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    26. Re:what cost by meerling · · Score: 2

      Some utility companies want to support their customers, others, like the one in the article, would rather support increasing profits.

      Where I live, there are 3 utility districts right together, but you don't get a choice as to which one you have. The one that likes building massive fancy office buildings for itself charges 30% and 40% more than the other two. They are getting power from the same feeds.

      A few years back, a bill was defeated that would have given home owners with solar around a 20% premium above what the utilities were paying for other sources. That may have increased the number of solar providers, but it would have caused an immediate and distinct cost increase for everyone else. I was at the meetings, and I saw the projections.

      For that matter, most utility companies are happy to have visitors to their meetings (most exceptions seem to be the greed based ones). Try going to a few, they are rather informative. You might learn a few new things. (I was often asked my opinion on things as well, since I wasn't part of the board.)

    27. Re: what cost by Anonymous Coward · · Score: 0

      Your argument would make sense if electric use during the workday was smooth. It isn't. At least not here in phx which is where this article refers to. Power usage increases during the day and peaks when it is hottest. Therefore, to smooth out the peak we need an electric source that also peaks around that time. If solar produced constantly during the day, it would do nothing to smooth out the peak demand. This isn't a hard concept.

    28. Re:what cost by khallow · · Score: 2, Insightful

      the electric company is owned by the Arizona state

      Apparently, the Arizona Public Service Company is a subsidiary of Pinnacle West Capital Corporation not the state of Arizona. So your chain of reasoning is incomplete. This incidentally is one reason for disengaging such services from public control. It reduces the incident of conflicts of interest.

    29. Re:what cost by Anonymous Coward · · Score: 0

      wow. Things have gotten pretty easy to connect to the internet. It appears that total idiots can not connect.

    30. Re:what cost by mellon · · Score: 5, Insightful

      This is all very well and good, but does it scale? Suppose every single house and business the grid served had enough capacity to go net zero. That is, they generate their entire day's budget of power, including nighttime use, using their panels. This means that on sunny days, the power has to get stored, because by definition everybody is generating more than the total they need during daylight hours. Or else it just goes to a resistor bank or something.

      And then on cloudy days, and at night, the energy has to come either from grid-tied storage, or from non-solar generators (one would like for that to be wind, but it's not a perfect solution at the moment). And of course there is a very substantial cost to actually maintaining the grid. So in this scenario, the cost of the non-solar generation capacity and the grid has to be paid for by someone; if everybody who is connected to the grid is paying zero, or slightly less, then the money has to come from somewhere, and that's going to be the power company.

      Of course, that's one extreme; the other is no site-generated power. You can draw a graph; on the left zero net-zero sites, on the right, 100% net zero sites. For some part of the left-hand side of the chart, solar is making the power company's life easier, because demand for power is higher during the day than at night. For some part past that, solar is neutral—it doesn't particularly benefit the company, but it's not a negative either—they are able to sell the power, assuming they are paying a fair price for it. And then at some point on the right, there is no longer sufficient revenue to pay for the grid and the non-solar generating capacity needed to run all those net-zero houses when the sun isn't out either because it's cloudy or nighttime. Now the money to pay for the grid has to come from people who are net zero.

      And somewhere before that happens, to the right side of the graph, the money that pays for the non-solar generating capacity and the grid will all be coming from people who don't have solar, even though the people who have solar also benefit both from the grid and the non-solar generation.

      So when you talk about "usefulness to the grid," it's important to keep this graph in mind. At some points on the graph, that term is meaningful. At other points on the graph, it isn't. And it is absolutely unfair for users who do not have solar to subsidize users who do—in general, users without solar will be poor, and users with will be affluent, so you have a reverse subsidy.

      Andrea and I have solar on our roof, and we're happy to have it, and we get a subsidy, which apparently works out well for Green Mountain Power at the moment. I'm happy that's the case, because at the moment our excess generating capacity actually benefits other users of the grid. But when the point comes where the grid exists largely to spread out the power and provide night capacity, that will no longer be the case, and it would be shameful if I were to ask for the subsidy to continue at that point, paid for largely by people less fortunate than I am, or by running the power company that maintains the grid I depend on into the ground.

    31. Re:what cost by modmans2ndcoming · · Score: 1

      uh....Arizona has something like 350 days of clear days.

    32. Re: what cost by Anonymous Coward · · Score: 0

      Obviously the answer here is you must construct more pylons.... errr panel arrays.

      If the utility was doing this to me it would become my mission in life to have enough PV capacity to zero out my bill every single month, just out of spite.

    33. Re:what cost by jedidiah · · Score: 1

      A market driven by moron consumers has led to this problem. Stuff is generally crap and nothing is nearly as energy efficient as it could be. Even relatively cheap and simple things aren't done because the American Airlines approach to corporate accounting.

      The first problem in a state like Arizona is that it is generally uninhabitable without either traditional native construction practices or power hungry brute force cooling systems.

      --
      A Pirate and a Puritan look the same on a balance sheet.
    34. Re: what cost by Anonymous Coward · · Score: 0

      Thanks for bitch slapping the AC shill.

    35. Re:what cost by HiThere · · Score: 1

      I'm sure there are some costs. But I really doubt that they are that high. It's quite likely that there is some need for additional power stabilization at some point on the network. (Well, it's also quite likely that there was ALREADY a need, but that additional fluctuating sources of power increases the need.)

      OTOH, I don't trust any accounting provided by the power company. Especially not when they have an obvious gain in saying the costs are higher.

      --

      I think we've pushed this "anyone can grow up to be president" thing too far.
    36. Re:what cost by mdsolar · · Score: 1

      Nuclear is just one of the higher cost generating schemes that renewables are beginning to eliminate.

    37. Re:what cost by chrismcb · · Score: 0

      And then at some point on the right, there is no longer sufficient revenue to pay for the grid and the non-solar generating capacity needed to run all those net-zero houses when the sun isn't out either because it's cloudy or nighttime. Now the money to pay for the grid has to come from people who are net zero.

      IF you are relying on the grid for power when the sun isn't shinning, you are NOT net zero, and you are paying for your power. Those people who don't have solar, (or wind, or a hydro electric dam) pay for power. If you have excess power, the electric company buys it. If you need power, you buy it. Why should the electric company essentially get $5 of free power a month?
      The subsidy is a government subsidy, has nothing to do with the electric company or this fee.

    38. Re:what cost by Mr+D+from+63 · · Score: 1

      Gas is the fundamental market shifter. Solar folks like to take credit for it.

    39. Re:what cost by aaronb1138 · · Score: 1

      Solar energy generation is quickly becoming another route for the rich and bourgeois classes to extend their distance from the poor and lower ranks of middle class.

      The solution is WAY simpler than Arizona is making it. Report the energy generation, both that bought by the utility and that which the customer generated and used themselves as income to the IRS. This upside is this taxes larger residences / installations, thus making it a progressive tax.

    40. Re:what cost by TapeCutter · · Score: 5, Insightful

      IF you are relying on the grid for power when the sun isn't shinning you are NOT net zero

      Good grief man, at least look up the definition of "net metering" before posting on the subject. the "net" part refers to the net balance over the billing period, what it's doing at any particular moment is irrelevant, they are measuring your overall consumption/production. The sign of the net figure tells you if you get a bill or a cheque.

      According to others in Arizona you get wholesale price for the electricity you sell to the grid, but the price should not be included in the calculation of the net balance, that should be +/-kwh used per billing period. If you use Xkwh and generate Xkwh then the bill should be zero + the service cost for the grid, all retail users of the grid should pay the same universal service fee since grids do not grow by themselves.

      As for all the hand wringing about clouds. ALL forms of power generation are "unreliable", to get the advertised power from 6 coal plants you will need to build 7 of them since one will always be down for 2 months per year for regular maintenance. Also as much a solar power fluctuates, coal doesn't. So you will also need gas turbines or a hydro dam for 2-6 hours a day to service the peak periods without brownouts. Also you will be producing too much electricity during the off-peak period, you can't simply "turn down" a coal plant anymore than you can "turn up" the wind and sunshine.. Coal plants MUST deal with the daily demand curve in exactly the same way solar and wind MUST deal with it, pump water uphill into a hydro dam, build a bunch of gas turbines, or over build the wind/solar farms and spread them over geographically diverse locations..

      We have built the planets energy infrastructure (including the grid) around coal fired generation, coal has just as many problems as other forms of generation wrt matching the demand curve of a modern city. If you take into account the detrimental health and environment qualities of coal it is much more expensive than renewables.

      --
      And did you exchange a walk on part in the war for a lead role in a cage? - Pink Floyd.
    41. Re:what cost by Anonymous Coward · · Score: 0

      Solar load is peak load. In Arizona, if there is a cloudy day, then electrical demand is lower because of less air conditioning load. Rooftop solar is also where you need it. If the panel's owner can't use the power, usually one of the neighbors will. This has the effect of increasing transmission capacity at peak(sunny) times.

    42. Re:what cost by mdsolar · · Score: 1

      Actually, if you follow the link or even read the post, you'll see wind doing the job. It will be interesting to see what happens in California though. Only one left to go.

    43. Re: what cost by Anonymous Coward · · Score: 0

      what's a bill?

    44. Re: what cost by MickLinux · · Score: 1

      That's well and good, but that isn't always what's going on. Back in 1993, I was aware that there was a Federal law that power companies had to pay the prevailing rates to anyone who cared to provide renewable energy.

      Since there wasn't much employment in aerospace that year, I called Vepco (now Dominion power, same co, diff name) about how this would work. They put me through to the appropriate person, who said that Vepco would requre a provider to lease equipment to tie in to their grid, and would charge more for rent on the equipment than the amount they had to pay for power.

      The whole point was to keep competitors off the grid, it seems.

      And it had nothing to do with your charts. It was all about monopoly. Good ol' Virginia.

      --
      Correct Horse Battery Staple: 72 bits of entropy. Enter "Correct H" into google. When it generates the phrase, that's
    45. Re:what cost by laird · · Score: 2

      Surely conflict of interest is an argument for keeping utilities under public rather than private control, because then the utility's interests are aligned with the public rather than the private ownership.

    46. Re: what cost by mellon · · Score: 1

      Yes, well, that business model is a thing of the past in most states (I don't know about Virginia). In Arizona there's net metering; in Vermont you get retail for your excess power and a credit for every watt you generate, even if you use it on site. This is a great incentive now, but as the amount of solar increases, there will come a time when it isn't economically feasible anymore.

    47. Re: what cost by Dahamma · · Score: 0, Troll

      You have no clue what you are talking about. Arizona utility companies pay a wholesale rate to solar homeowners for the electricity they generate.

      No, YOU don't have a clue what you are talking about. And seriously, +5 informative? Do ANY mods do their research? Arizona has a "net metering" rule that effectively pays *retail* rates for provided power (since it's an even exchange). Look it up, even the pro-solar power sites are stating that.

      And personally I am *very* pro-solar as long as people admit it will never be a 100% solution. Not only that, but almost every pro-solar organization considers the ~$5 fee (which honestly is more than fair in a net metering situation considering the power companies in the end are entirely responsible for any reliability the service has) a total victory. Especially since the power companies were pushing for a totally absurd $50-100 fee that was soundly rejected...

    48. Re: what cost by Anonymous Coward · · Score: 0

      The power company openly welcomes almost any generation on the grid. That power becomes a supplier. However the utility's most important goal is reliable power which solar notoriously difficult to provide.

      He is not completely off on that statement, as demand on the power structure goes up, and I believe in Arizona they are still growing in housing/commercial/government infrastructure. They may want to reconsider trying to reject or shoot down any chances at being able to have an alternative source to help relieve the drain on there systems.

      It comes down to these power companies wanting to keep there monopolies, and they want to make money of your ability to create your own power, even tho your feeding your extra power into there gird. How the hell any idiot commission would come to such a laughable conclusion that the power co., is having to fork the expense onto non-solar users only shows how anyone can be bought off....

      Another note, is how much of this is the coal, and the abundant cheap natural gas companies putting there input into politicians pockets, to help push the power companies agendas..

    49. Re: what cost by iamhassi · · Score: 1

      It's not worth it. Why pay $10,000 more for panels you will only need 3 months out of the year when you could just pay the utility company $100 for those 3 months? Rest of the year you would only need half the panels you have because you're not using A/C as heavily.

      --
      my karma will be here long after I'm gone
    50. Re:what cost by symbolset · · Score: 1

      Charging ridiculous fees to home solar was tried in Europe. Homeowners said "OK. Batteries.". Then disconnected from the grid entirely. In remote areas where grid power is unreliable people have whole home backup generators anyway.

      --
      Help stamp out iliturcy.
    51. Re: what cost by Dahamma · · Score: 0

      Nothing I said was untrue if anyone cared to look it up. I barely even stated an opinion (beyond that $5 a month for getting reliable electricity is acceptable), just facts! Is Slashdot moderation lost? Sigh.

    52. Re:what cost by dprimary · · Score: 1

      I don't have solar and the cost of transmission listed on my APS bill is around 4 dollars a month along with about 10 other charges they hit you with before they even get to the power usage. So 4.95 charge the use the grid looks like now the solar customers will be subsiding the non solar customers. APS was asking for 50-100 dollars a month grid fee to solar customers which is just insane. That is higher then my winter power bill. Given a choice most of the people in the state would not use APS for power.
      Next we need to tax all those bike riders that we are subsidizing with gas taxes, they are even demanding bike lanes. The water department needs to add a few fees for all those low flow shower heads and toilets that people keep installing.

    53. Re:what cost by sumdumass · · Score: 2

      As for the global warming denying... Assuming that global warming isn't real(it is though), you might get farther with politeness instead of calling us scum.

      This is a two way street in which anyone who seems to question the global warming agenda is instantly vilified. Even people who bring up subjects that have later been declared valid and included or attempted to be included into the models remain vilified. I certainly can understand why someone would be quick to go to that edge.

      The bad news is, whatever you believe, the earth is getting warmer, and we are going to have to deal with the consequences. I wish you'd help instead of sitting in the corner scream about Obamasitic Lies.

      The problem is that proposed solutions contain little to no logic that actually addresses the problems. It all seems to boil down to excuses to tax the populous instead of addressing the underlying issues. These issues could be addressed by scientific research into technologies that could replace existing tech that is seen as contributing to the problem and it could be done in ways that actually make it cheaper without hiding more taxing and redistribution in order to pretend it is. The recent article about the government investing in battery research is a prime example of this. Investing in making ICE more efficient or less polluting or even capturing the pollution before it is emitted into the atmosphere is a lot more palatable then raising taxes with the idea that eventually someone will do that on their own when things get too unbearable which is the effect of a carbon tax.

      In short, if government was actually trust worthy, we would be seeing investments into research that addresses these issues instead of attempts to prop up incomplete technology and raise costs of everything. We put a man on the moon in a relatively short time scale compared to our abilities to even get into space. We certainly can figure out ways of combating global warming that actually addresses the problem rather then propping up costs with the hopes someone else will eventually do it. The Kyoto accords for example was not supposed to fix global warming and it didn't. It was designed to spread wealth to less developed countries- most of whom signed the treaty with absolutely no restrictions on them in the hopes that first world nations would move some of their production and infrastructure to their areas in order to meet their restrictions. Last time I counted, of the over 150 countries who signed on to Kyoto, only 37 had restrictions and of those 37, 2 had a level of leeway before hitting them. Doing the science and developing answers that the public is allowed to access will do more then any of these convoluted schemes that keep coming down the pike.

    54. Re:what cost by sumdumass · · Score: 1

      Lets round this fee to $5 a month. That's $60 a year for each of these houses. I'm not sure it would be cost sensible to run to batteries and back up generators to save that little fee. If the fees were greatly increased, I can see it as an option. But spending $2000 to save less than $100 seems to be counter productive.

      People here also have backup generators. It generally costs more to run them then it does to get power off the grid which is why they are backup in nature.

    55. Re: what cost by Anonymous Coward · · Score: 0

      You must be in SRP's service area.

      APS does "net metering," so it is paying the homeowner the retail price for their power generation. This is at least 4X the wholesale price.

      So the cost of power goes up - which results in higher bills for non-solar customers. These same customers who have already paid hundreds of millions of dollars to subsidize solar installs!

      Net metering should be discontinued. Solar homes should buy power at the retail rate and sell it at the wholesale rate.

    56. Re:what cost by plibnik · · Score: 1

      You know. I'm considering adding a substantial solar power to my suburban house. I live in Ukraine. There we just don't have an option to sell power to utility at all. So I will have to make second power network (low-power things like LED lighting) in the house, and maybe - just maybe - a quick switch device that would monitor power consumption of "usual" consumers and power it from solar if both consumption is low and sun is bright. I would be glad to have an option to use utility power as "endless battery" for $5/mo, after all, an hour or two of sunlight would repay this fee, and then I would have net profit (without any power consumption in my house). And I surely won't get, for example, as much lead acid battery capacity and max. current for $5/mo as I can with connection to an endlessly powerful utility network which is also nice enough to buy out my extra power (If batteries were at full charge, subsequent solar energy would be wasted)... I'd call this $4.95 "administrative fee for clearing energy balance" and go happily with it...

    57. Re:what cost by khallow · · Score: 0

      Surely conflict of interest is an argument for keeping utilities under public rather than private control

      You tell me how that's supposed to work.

      because then the utility's interests are aligned with the public rather than the private ownership.

      That's a non sequitur, since being publicly owned doesn't actually do that.

    58. Re: what cost by Anonymous Coward · · Score: 0

      You spent how much on these?

    59. Re:what cost by hankwang · · Score: 2

      My huge power draw is the heater and the hot water heater. No problem. We have these things called Batteries...

      Huh? From sunlight to electricity to battery storage to hot water sounds like a rather inefficient and expensive roundtrip. Why don't you use a solar water heater and/or store hot water in a well insulated tank?

    60. Re: what cost by Anonymous Coward · · Score: 0

      Please. Consumer electrical costs from the utility are half generating and half delivery....and maybe half speculation. My ideal world is never pay anything I suppose but I do want some grid backup to my supposedly sovereign autarky.

    61. Re: what cost by beltsbear · · Score: 1

      A simple Slashdot solution:

      Use Bitcoin generation as your dump load. Mining for bitcoins or alt coins can be a breakeven situation but you'll be paid more for your power then wholesale. Could be easily set up with some of the older FPGA miners and a raspberry pi that automatically starts mining when powered up.

    62. Re:what cost by Yttrill · · Score: 1

      I live off solar. It's fine. LED lighting is cheap enough and doesn't take a huge power draw. My huge power draw is the heater and the hot water heater. No problem. We have these things called Batteries... So I charge for a few hours to heat water for 15 mins. So what? It works fine. Solar panels are down around $1/watt, even for decent panels made somewhere without slave labor.

      I also live primarily on solar, with a bit of wind thrown in, diesel generator for backup. Grid power isn't available to a yacht on a swing mooring. My home is small not tiny. LED lighting, refrigeration, laptop, no hot water (microwave much coffee though). Sail North in winter for heating (southern hemisphere). Using 10 very expensive (Japanese) panels and 1800 Ah batteries. This is an exercise in political, not electrical power. Although not independent of the land, I can't be held to ransom on a daily basis as can most city dwellers. Amortised capital costs and maintenance exceed the cost of grid electricity: well over $25,000 worth of equipment, probably around $2000 pa to maintain. One thing most people forget when quoting solar is that the panels are only part of the cost: the mounting equipment is a non-trivial part of the cost.

    63. Re:what cost by swalve · · Score: 1

      $4.90 a month to use the grid as storage seems like a decent trade off.

    64. Re:what cost by romons · · Score: 1

      shifts costs to the utility? What costs? A second meter base (which the customer has to pay for anyway) and a second meter? The second meter can't possibly cost $4.90/mo to maintain, over the typical life-time of a system.

      My solar panels turn the utility company into a large battery. Actually, more like a bank, where I can deposit money when I have extra, and draw from the deposit when I need it. So, having a tax for this service seems appropriate. If everybody has solar panels, the utility can provide that service using the tax.

      If you have your own batteries, or perhaps a neighborhood battery pool, then you can cut yourself off from the grid, and avoid the tax. You also no longer have the redundancy provided by the grid, so the small tax actually becomes a sort of insurance payment.

      Sadly, my controller doesn't allow me to do anything but use the grid as a bank/battery. If the grid goes down, so does my solar generation. This was described to me as a safety for workers, so I don't partially power a segment that the utilities think is down. Seems reasonable to me.

      --
      Go to Heaven for the climate, Hell for the company -- Mark Twain
    65. Re:what cost by Rakarra · · Score: 1

      Surely conflict of interest is an argument for keeping utilities under public rather than private control,

      This is Arizona we're talking about here, they do not believe in a public sector.

    66. Re:what cost by Anonymous Coward · · Score: 0

      My huge power draw is the heater and the hot water heater. No problem. We have these things called Batteries...

      Huh? From sunlight to electricity to battery storage to hot water sounds like a rather inefficient and expensive roundtrip. Why don't you use a solar water heater and/or store hot water in a well insulated tank?

      Because on demand water heaters are way more efficient and the weather in The Willamette Valley in Oregon doesn't really make solar water heaters that useful.

      He has a pretty ideal system, would work fine for 1 or 2 people, for a big family probably not. Since he can agree to keep his own shower times short, it works. With a teenager I'm not so sure.

    67. Re: what cost by Anonymous Coward · · Score: 0

      Don't know why they have me as "anonymous coward", you can call me Mary!! Which city do you live in? In Tucson, (where we have solar panels) nothing gets zeroed out---last year, when you take out the monthly "administration fee", we spent $65.77 on energy. Seeing that Tucson Electric mostly burns coal for their power, I think every little bit we can do to reduce emissions is worth it. I just wish the Republican-dominated state government would see the light (pun intended) and get behind solar in a big way. I can't believe that countries like Germany have more aggressive solar policies than we do.

    68. Re: what cost by Anonymous Coward · · Score: 0

      I'm not sure, but it sounds like the "backup stirling engine generator that runs off the hot air produced by politicians" was the most expensive.

    69. Re: what cost by Anonymous Coward · · Score: 0

      It's made of wood.

  2. SubjectsInCommentsAreStupid by lesincompetent · · Score: 1

    What if they drop the APS utility altogether? What about starting a parallel renewable-energy fueled power grid?

    1. Re:SubjectsInCommentsAreStupid by jfengel · · Score: 2

      I'm pretty sure that a parallel grid would cost more than $4.95 a month.

  3. Sums it up by ElementOfDestruction · · Score: 5, Insightful

    The utility spent $3.7 million to promote its argument, compared with about $330,000 spent by the solar industry, according to documents filed with the commission.

    Fuck these crooks. $3.7M buys a lot of infrastructure improvement.

    1. Re:Sums it up by ZosX · · Score: 2, Insightful

      How long will solar panel owners be paying off their 3.7 million dollar victory at $5 a month? What an incredible waste of money.

    2. Re:Sums it up by gman003 · · Score: 5, Insightful

      They're not going to keep it at $5. By this time next year it'll probably be above $40.

    3. Re:Sums it up by Desler · · Score: 0

      Exactly. The people defending this as saying "it's only $5" are incredibly naive or simply shills. These companies will continue to raise the fees every year.

    4. Re:Sums it up by ArsonSmith · · Score: 0

      They don't have to pay it at all. just disconnect from the grid. Who cares how much it costs they have solar panels. They can pay the $X ammount to the power company or buy batteries or sit in the dark. The choice is theirs. Why should they get a free ride using a service that others are paying for?

      --
      Paying taxes to buy civilization is like paying a hooker to buy love.
    5. Re:Sums it up by The+FNP · · Score: 3, Insightful

      If they have 6000 solar panel connections at $5 per month: 10 1/3 years to repay $3.7 M. (Or with 60,000 solar connections, just over 1 year.) Since the utilities have to look decades into the future in order to make sure they can be profitable then too, its a small price to pay.

      Plus, who's to say it stays at $5/mo.

      --The FNP

    6. Re:Sums it up by AmiMoJo · · Score: 2

      Why are you even paying companies to build your infrastructure? You pay them, they cream their profit off the top and then build it and use it to make even more profit out of you. Why not just build the infrastructure yourself and run it non-profit for your own benefit, or even charge the utility companies to use it?

      Funding infrastructure through energy bills is dumb.

      --
      const int one = 65536; (Silvermoon, Texture.cs)
      SJW, n: "Someone I don't like, and by the way I'm a fuckwit" - AC
    7. Re:Sums it up by aaarrrgggh · · Score: 1

      Batteries cost about $0.50/kWh over their life. If you take some liberties you can get that down to $0.15, but $0.25 is about the best most people can do. This is 3-4x the cost of energy in AZ, without adding in the $0.05/kWh lifetime of the panels.

    8. Re:Sums it up by Anonymous Coward · · Score: 0

      The solar panel owners didn't win - cocksucker.

    9. Re:Sums it up by Desler · · Score: 1

      How are they getting a free ride? The electric company is reselling the power they bought and making far more in profits on that than the $5 a month they are going to charge people.

    10. Re:Sums it up by khallow · · Score: 1

      Why are you even paying companies to build your infrastructure?

      Because otherwise they don't have incentive to build that infrastructure. Paying for use of infrastructure makes sense to me.

    11. Re:Sums it up by Anonymous Coward · · Score: 1

      3.7M buys almost no infrastructure improvements. http://www.wecc.biz/committees/BOD/TEPPC/External/BV_WECC_TransCostReport_Final.pdf

      It's hard to find anything significant that could be done for $3.7M. Most of the projects listed were in the $200M+ range. You'd expect to pay more than 3.7M to put a circuit along a few miles of highway.

    12. Re:Sums it up by Anonymous Coward · · Score: 0

      Many utilities will get you coming or going. If you are already connected and try to go off-grid, you may well find you have to pay a hefty "stranding" fee.

      There are also a few municipalities that have codified a requirement for any property to have a grid connection - which then means you get a bill. You may not use it, in which case you pay no per-kWh fees, but you are still billed for the base rates. This is especially common in areas where the utilities have done such a remarkably poor job - or charged very high fees to provide service - that many people started setting up off-grid systems.

    13. Re:Sums it up by Anonymous Coward · · Score: 0

      I think the solar panel owners did win. The utilities were asking for 10 times as much or more. Paying something to help maintain the distribution network doesn't seem unreasonable. dfw

    14. Re:Sums it up by Anonymous Coward · · Score: 0

      Exactly

    15. Re:Sums it up by ArsonSmith · · Score: 1

      Then you get a great deal paying a small fee to the power company that is providing you a service and maintaining the infrastructure.

      --
      Paying taxes to buy civilization is like paying a hooker to buy love.
    16. Re:Sums it up by ArsonSmith · · Score: 1

      So the power company is breaking even on the power they get to "resell" at the same price the have to buy it for.

      --
      Paying taxes to buy civilization is like paying a hooker to buy love.
  4. Hope they speed up developing real batteries by rolfwind · · Score: 5, Insightful

    The Arizona Corporation Commission, which regulates utilities in the state, agreed in a 3-to-2 vote at a meeting yesterday in Phoenix that Arizona Public Service Co. may collect about $4.90 a month from customers with solar systems .....
    Arizona Public had requested a fee of $50 a month or more, and the commission’s decision “falls well short of protecting the interests of the 1 million residential customers who do not have solar panels,” Chief Executive Officer Don Brandt said in a statement. ... ...
    “We preserved customer choice in Arizona while recognizing that these cost shifts are real,” said Bob Stump, chairman of the commission. “I think it’s a fair outcome.” The regulators overruled their staff, who recommended in September that the issue be taken up in the utility’s next formal rate case in 2015.
    The utility spent $3.7 million to promote its argument, compared with about $330,000 spent by the solar industry, according to documents filed with the commission.

    Oldest trick in the book. Ask for the moon ($50/month insanity) and cry when they hand you a sterling silver platter instead.

    I sincerely hope cheap high density batteries come out in the next decade that will make grid tie completely moot point if all you want is energy at night.

    1. Re:Hope they speed up developing real batteries by Sique · · Score: 2

      When cheap high density batteries hit the market, it's the utilities which will at first use them in large arrays, allowing them to leverage energy surplusses and redistribute them, and thus making their own cost of maintaining power much lower. Private energy systems won't be able to compete on price, making autarkic electric power systems an expensive toy for people with too much money at hand or too much paranoia in the brain.

      --
      .sig: Sique *sigh*
    2. Re:Hope they speed up developing real batteries by ElBeano · · Score: 1

      But private entities could band together and form cooperatives. I don't know why the Rural Electric Coops aren't all over this. A great deal could be done with a little organization.

    3. Re:Hope they speed up developing real batteries by MrDoh! · · Score: 5, Insightful

      In the US? You'd have tv ads claiming this was a communist incursion.

      --
      Waiting for an amusing sig.
    4. Re:Hope they speed up developing real batteries by Grishnakh · · Score: 4, Interesting

      That isn't possible here, because to share power among the members of the coop, you need electric transmission lines, and towers to hold them up, which means you need land, right-of-way, etc. You can only get that with the government's blessing, and they've already given that blessing to the local power utility monopoly. They're not going to give it to someone else, because the whole point of a utility monopoly is that you only need one set of infrastructure because it's infeasible to have dozens of sets of transmission lines running all over, so you give one company a monopoly for this, and have them regulated by the government so they don't go nuts with their monopoly. The government can't give other companies the same rights because then they'd be admitting they're doing a poor job in their capacity as regulators.

    5. Re:Hope they speed up developing real batteries by Anonymous Coward · · Score: 0

      never say an ad with the work "communist" in it.
      Please specify.

    6. Re:Hope they speed up developing real batteries by fritsd · · Score: 2

      I completely agree with your post, however I think the utility monopoly shouldn't just be regulated by the government, but owned by it. Then it's a non-profit where profits are ploughed back into infrastructure improvement, or lower taxes for the population of the state.

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    7. Re:Hope they speed up developing real batteries by Anonymous Coward · · Score: 0

      As long as the utilities don't price them selves out of the free market they have nothing to worrie about!

    8. Re:Hope they speed up developing real batteries by Grishnakh · · Score: 1

      That's not a bad idea; that model works pretty well for the USPS. Utilities really shouldn't be for-profit entities.

    9. Re:Hope they speed up developing real batteries by Bill_the_Engineer · · Score: 2

      Actually the reason we have a rural utility coop here is because there wasn't enough people to entice the power company to run power lines. The cooperative installed the power lines and purchases the power from the electric company at wholesale and then bills each coop customer based on usage (basically a community owned power company). Technically there is nothing preventing them from using those same lines to do what the GP proposed.

      --
      These comments are my own and do not necessarily reflect the views or opinions of my employer or colleagues...
    10. Re:Hope they speed up developing real batteries by Grishnakh · · Score: 1

      In places where rural electric coops already exist, then can certainly act for the good of all their customers (in the community) and redistribute stored energy, provide them energy (from the utilities they buy from) during dark periods, etc. What the previous poster was suggesting was creating new coops to directly compete with already-established utilities to do this. That won't work, for the reasons I stated: you can't have someone competing directly with a public utility monopoly. The rural coops only work for the reason you stated: the private companies didn't feel like running power lines, so someone set up a community-owned power company to do the same thing. In places where the private companies already have run power lines, you can't have someone else running more power lines parallel to theirs and competing with them. The local governments won't stand for it. The utility enjoys a monopoly because it's given that right by the government (at state and/or local levels), so that government isn't going to turn around and say that someone else (who's a non-profit, unlike the utility company) can now compete with them.

    11. Re:Hope they speed up developing real batteries by calidoscope · · Score: 1

      The first thing the rural utility co-ops did was to tell prospective customers that they had to render their windchargers permanently in-operable. In a similar vein, many cable companies required new subdivisions to have CC&R's that prohibited external antennas so that the residents were forced to buy cable services.

      --
      A Shadeless room is a brighter room.
    12. Re:Hope they speed up developing real batteries by Anonymous Coward · · Score: 0

      We have a village government that operates much the same in our area (though I'm not in their service area). They even have their own power plant (used as a peak plant) that during some of the long term power outages they have disconnected themselves from the regional/national grid and ran independently.

    13. Re:Hope they speed up developing real batteries by Jeremi · · Score: 1

      Private energy systems won't be able to compete on price, making autarkic electric power systems an expensive toy for people with too much money at hand or too much paranoia in the brain.

      Private energy systems won't be able to compete on price, as long as the electric company's rates stay reasonable. If the power company gets greedy, suddenly the alternatives start to become competitive and the power company starts to lose customers -- a possibility that I'm sure the power company will be well aware of.

      So even if almost nobody ever actually buys a home-battery system, the fact that they could buy one would serve to place a ceiling on how much the electric company can gouge people. And the cheaper the home systems get, lower that ceiling is.

      --


      I don't care if it's 90,000 hectares. That lake was not my doing.
    14. Re:Hope they speed up developing real batteries by Anonymous Coward · · Score: 0

      The real possibility is for people with solar panels simply refusing to supply co-generated power to the electric company and dropping off the grid to avoid the $5 fee. Or maybe have a couple of circuits in the house powered from the electric company and the rest from the solar/battery home grid.

  5. APS is right by Anonymous Coward · · Score: 3, Insightful

    You still need fossil fuel power plants to regulate voltage. Those have to be paid for and solar installations are getting a benefit without paying for it. VARS aren't cheap. And bitching over 5 bucks a month - that is nothing.

    1. Re:APS is right by Anonymous Coward · · Score: 1

      You still need the fossil fuel power plants to supply power during peak and when there's no sun. The solar customers are still using that service. There's no down side here since the fossil fuel plant is running anyway.

    2. Re: APS is right by apc512599 · · Score: 2, Insightful

      You still need fossil fuels to power industry. Try running a aluminium smelter off a solar farm...

    3. Re: APS is right by Anonymous Coward · · Score: 1

      The aluminum smelters have moved to Iceland where they run off hydro and geothermal.

    4. Re: APS is right by BitZtream · · Score: 1

      At least during the day, in Arizona, that shouldn't be a problem, use mirrors to focus the light and heat the aluminum. No need to waste energy converting to electricity then back to heat.

      --
      Persistent Volume manager for Kubernetes - https://github.com/dwimsey/openshift-pvmanager
    5. Re: APS is right by nojayuk · · Score: 2

      Aluminium smelters need predictable cheap electricity. They don't do well with variable renewable sources like solar and wind since when the power drops the bauxite melt in the electrolytic cell solidifies and stops being a conductor and the crud needs to be jackhammered out before the cell can be re-used.

      Hydro is the best source of electricity for this purpose; Norway is another country exporting their cheap hydroelectricity in the form of refined aluminium billets.

    6. Re: APS is right by Anonymous Coward · · Score: 0

      There's a reason aluminum used to be more expensive than gold, and inability to generate heat for smelting was not that reason.

      Aluminum refinement is performed electrolytically.

    7. Re: APS is right by rossdee · · Score: 0, Troll

      In Iceland (and the rest of the civilized world) they spell element number 13 as aluminium
      There is also a big smelter at Bluff in The South Island of NZ, powered by hydro (Lake Manapouri)

    8. Re: APS is right by fritsd · · Score: 1
      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    9. Re: APS is right by Anonymous Coward · · Score: 0

      Ah, the old isolated power island straw man argument. How a grid actually operates is vastly different then your mental imagining.

      The reality is that in the real world grid where we use power grids wind and solar are very predictable, particularly in the time windows that regional/independent grid operators (RTO/ISO) need. The sun rises, cloud cover in near-term forecasts is highly reliable (solar PV produces just fine when it's cloudy, the output is simply lower). Wind is likewise very predictable in RTO/ISO scheduling windows. In fact, wind and solar sources are far more predictable than thermal plants (particularly nuke and coal) which have a habit of going off line unpredictably taking 500 MW or more offline with them. The average nuke unit in the USA, for example, is down for more than a month per year. Some of this time is scheduled maintenance, but a great deal is not. This is in contrast to solar and wind where if a panel/tower has a malfunction, only a trivial amount of power is offline (200W to 4 MW).

      What the grid needs is predictability and solar and wind have it. Combined with the already installed natgas peakers (which were built to fill in the big gaps that nuke and coal burner shutdowns induce), solar and wind are excellent additions to the grid. This has been proven worldwide with small to very large contributions of PV and wind throughout the industrialized world. Heck, wind has even proven extremely reliable in third world places like Oklahoma!

    10. Re: APS is right by dk20 · · Score: 1

      Use the CANDU design. Its getting old and more prone to outages now but In 1994 Pickering Unit 7 set a world record for continuous operation (894 days) without a shutdown.

    11. Re: APS is right by Anonymous Coward · · Score: 0

      LFTRs - try running an aluminium smelter with one of those!

  6. I'm OK With This, But... by Anonymous Coward · · Score: 5, Interesting

    I'm OK with a grid connection fee. It is reasonable.

    However, I am not OK with some other policies that I have seen, such as no buyback for excess generation. Or, as in my case, the policy is such that regardless of how much excess generation you pump into the grid, there will NEVER be a net on the bill. The bill will always be at least ~$30 even if I pump 20MW of excess generation back into the grid.

    It really pisses me off. But, luckily, the state commission just approved another rate hike that "will benefit consumers".

    1. Re:I'm OK With This, But... by Anonymous Coward · · Score: 0

      However, I am not OK with some other policies that I have seen, such as no buyback for excess generation. Or, as in my case, the policy is such that regardless of how much excess generation you pump into the grid, there will NEVER be a net on the bill. The bill will always be at least ~$30 even if I pump 20MW of excess generation back into the grid.

      Sure. And I'm annoyed that when I turn up to my local supermarket with a few carrots that I grew in my garden they refuse to buy them from me at retail. Lets face it, you don't have a plant capable of generating 20MW. We are talking about a couple of kilowatts max.

      You make too many assumptions. First, my utility's buy back for grid-tie generation is at wholesale, with a cap so that there will always be a balance due on the electric bill. I am interested in and could easily install a system that generates far more(I could go 5 or 10X) than I consume. I would like to achieve a zero utility bill, but if I could achieve a negative balance, where they pay me, that would be even better. But, both options are unavailable to me because of practices that, compared to other utility's seem unfair and usury to me.

      On one hand, my utility regularly advertises to encourage on house solar generation and touts its buy back program and saving the planet as incentives. But, uptake is very slow in the area because some of us read the contract and said WTF? Others jumped in, got screwed and spread the word that the program was a rip off. You pay for the privilege of feeding them power, regardless of how much you feed them.

      My situation is more like the supermarket soliciting my carrot farm for an alternative carrot source. But, instead of simply buying my carrots at market rate, they try to build the contract so that I have to grow 20 tons of carrots per year , just in case they need it, while they'll never pay for more than 19 tons. I can never break even, let alone profit, from selling carrots to them. Screw that!

      If I lived in Arizona, I'd gladly pay the $5/month grid-tie fee on top of any connection fees. But, my excess generation capacity(even at wholesale) would more than cover those fees, resulting in incoming revenue for my home. If they would allow it under the program, I'd also put ten unused acres under PV panels and make that land generate some revenue too. But, there is zero chance of any of that where I am now.

  7. BS by nurb432 · · Score: 4, Insightful

    If i produce power and give it back to the system they should be paying ME, not the other way around. WTF.

    Its not hard to avoid not feeding back into the "system", but what sort of nonsense is this where you get penalized for trying to be a good citizen.

    --
    ---- Booth was a patriot ----
    1. Re:BS by Anonymous Coward · · Score: 4, Insightful

      Its not hard to avoid not feeding back into the "system", but what sort of nonsense is this where you get penalized for trying to be a good citizen.

      This is America, where undercutting the large corporations doesn't make you a good citizen, it makes you an enemy of the state.

      If people had solar, that would undercut oil. And they're not going to allow that.

    2. Re:BS by DrPBacon · · Score: 2

      How many monkeys does it take to run a power grid? All of them.

      --
      Spent All My Mod Points
    3. Re:BS by Anonymous Coward · · Score: 0

      I get penalized (taxed) being a good citizen all the time.

    4. Re:BS by 140Mandak262Jamuna · · Score: 1
      The rooftop solar households do sell their excess electricity back to the utility. It is called net metering. If I consume X units and generate and feedback Y units I get billed for only (X-Y) units. If Y is greater than X the utility cuts you a check. By law the utility is required to buy the electricity back exactly at the same rate it is selling to everyone. It is required to pay retail. 5$ a month is not unreasonable. But it is going to throw off all the break-even point calculations for solar installations. And it will slowdown some marginal installations. But given the solar costs are falling, it will still be profitable to install solar panels. And once the tipping point is reached the utility will be losing tons and tons of customers.

      The best battery storage technology in the horizon is the mechanical battery. Flywheels spinning in vaccuum canisters at 200,000 to 400,000 rpm, connected to motor /generators. These things can accelerate a fully loaded light rail vehicles from dead stop to running speed as efficiently and speedily as a fully grid connected set up. Look at UT Austin web sites for it. But such batteries face catastrophic containment issues to be used in transportation (car/rail) applications. But in fixed installations like homes/data centers etc they can be buried in the ground with concrete enclosures. They can easily store three days worth of electricity for a typical household. Arizona has plenty of sunshine, and home lots are large and cheap. Most likely Arizona is the place where urban homes will choose to go off the grid first in America.

      --
      sed -e 's/Chuck Norris/Rajnikant/g' joke > fact
    5. Re:BS by nurb432 · · Score: 1

      Hydrogen storage will also an option. Use excess power to split water, store the H, and use it in a fuel cell on the dark days. Then flip the powerco the bird :)

      Sure, it will take a while to break even, but your hydrogen will store indefinitely, is compact and is portable. Your flywheel isn't really any of those. I am not saying flywheels are useless as they do have their place ( we even have one in our data center for the 'transition' phase between loss of mains to generator power up ), but i don't see it practical for the longer term in the home consumer market .

      --
      ---- Booth was a patriot ----
    6. Re:BS by Anonymous Coward · · Score: 0

      If i produce power and give it back to the system they should be paying ME, not the other way around. WTF.

      Its not hard to avoid not feeding back into the "system", but what sort of nonsense is this where you get penalized for trying to be a good citizen.

      If you didn't need to be connected to their lines then why are you?

      Who pays for the blown transformer down the road?

    7. Re:BS by ducomputergeek · · Score: 1

      Did you pay for the physical lines in order to get your power to their system? Or did they provide those lines and hook up?

      --
      "The problem with socialism is eventually you run out of other people's money" - Thatcher.
    8. Re:BS by Anonymous Coward · · Score: 0

      You didn't even read the summary, much less the article.
      "Arizona Public is required to buy solar power from customers with rooftop panels"
      You and the mods who promoted this post get gold stars of stupidity for the day.

    9. Re:BS by nurb432 · · Score: 0

      I own the line from the pole to my house. Much as i own the water line to the street, and sewer. ( and at the old house, i was *forced* to pay to have both hooked up, even if i didn't want it or use either.. later just to be forced to also use their service as the code changed and made septic systems illegal..)

      --
      ---- Booth was a patriot ----
    10. Re:BS by fritsd · · Score: 1

      Or the sodium-sulfur battery (ironically, invented by TEPCO, I believe). Cheap material, just a bit explosive so keep it away from rainwater and air.

      The best idea I've read is, to store it in the form of extra cooling for cold storage (e.g. meat) warehouses. Electricity surplus supply is used in some kind of "smart grid" to cool the warehouse below its normal temperature, and then it's allowed to warm up again to -18C or so when electricity demand is high (and electricity prices to cool your meat warehouse are high). The grid has a "storage" load balancing supplier, and the meat warehouse has spot-market adapted electricity prices (buy when cheap, don't buy when expensive).

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    11. Re:BS by Anonymous Coward · · Score: 0

      They do pay you. You sell your excess power back to the grid. The fee is for the use of the grid.

    12. Re:BS by Anonymous Coward · · Score: 0

      I get penalized (taxed) for being a good citizen all the time.

    13. Re:BS by intermodal · · Score: 1

      I'm still trying to figure out how it's "unfair" to shift the costs to those who are consuming more from the grid rather than pushing power onto it. The synopsis above seems to imply that somehow people producing their own power owe the utility money for that privilege?

      --
      In SOVIET RUSSIA... erm...NSA AMERICA, the Internet logs onto YOU!
  8. Sounds reasonable enough by Lawrence_Bird · · Score: 3, Interesting

    If you have solar panels and don't want to sell your excess back to the utility then don't . But don't try to pretend that you don't make use of the grid when you do. The public utility has been forced to buy your excess energy at above market rates thus pushing up costs to everyone. Stop crying about being treated like a wholesale power supplier.

    1. Re:Sounds reasonable enough by Anonymous Coward · · Score: 1

      Requiring the utility to buy at above market rates was a useful incentive for people to install panels in the early days.

      Sounds like it's time to change that part.

    2. Re:Sounds reasonable enough by Mr+D+from+63 · · Score: 2

      Its funny how people who are so willing to take taxpayer money to pay 30% of their solar energy cost complain about paying their share when it comes to grid stability.

    3. Re:Sounds reasonable enough by Anonymous Coward · · Score: 0

      Net metering is fucking idiotic.
      Have out/in counting meters. pay wholesale rate for feed-in.
      Hey look, built-in incentive for people to adapt usage habits to match their generation.

    4. Re:Sounds reasonable enough by Anonymous Coward · · Score: 0

      citation please? PECO sure as hell is not buying back my solar at above market rates.

    5. Re:Sounds reasonable enough by Desler · · Score: 1

      Except they are "paying their share" by allowing this very utility to resell their energy at a much higher rate than they bought it.

    6. Re:Sounds reasonable enough by Mr+D+from+63 · · Score: 0

      Not if they are forced to pay retail rate for power. And not so much customer swings from production to usage.

    7. Re:Sounds reasonable enough by Bengie · · Score: 1

      Around here, they only need to buy back your excess until your bill is zero. At which point they don't need to pay you anything. You still have to pay your service connection fee, no matter what.

      My guess is that Arizona has a higher rate of solar usage because of lots of sun and lots of heat. We all know solar is hard on the grid in large amounts because of its changing power output.

    8. Re:Sounds reasonable enough by fritsd · · Score: 1

      If I read the thread correctly, the utility was forced to pay retail rate for power until the breakeven point, but wholesale if (at the end of the year) the consumer turned out to have been a net producer.

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
    9. Re:Sounds reasonable enough by Mr+D+from+63 · · Score: 1

      I would guess only a small percentage of residential installations ever reach the breakeven point, but I don't have that data so I could be wrong. Either way, in total, I would expect they pay retail for >90% of the power supplied (I'd bet its more like 95%). Why? Because most homeowners simply don't install systems with the intent of being net generators, they just take advantage of the requirement that their power be purchased to offset the cost of battery installation.

    10. Re:Sounds reasonable enough by Mr+D+from+63 · · Score: 1

      ^correction "to offset the cost of battery installation" should have read "to eliminate the need for battery installation"

    11. Re:Sounds reasonable enough by Jeremi · · Score: 1

      Stop crying about being treated like a wholesale power supplier.

      Wholesale power has to be transported quite a distance from the generating facility to the customer.

      Residential solar power, OTOH, is generated very close to its point of use (as it gets fed directly to your neighbors), and therefore it doesn't increase the load on the long-distance electrical lines.

      Given that, it should command a higher-than-wholesale price.

      --


      I don't care if it's 90,000 hectares. That lake was not my doing.
  9. Protest time? by Anonymous Coward · · Score: 0

    I was thinking more along the lines of people stocking up and staging a nice protest next spring/summer. Be pretty fun if half their customers dropped service for a couple months and just used their solar. Wonder how nice their profits would look for those other million customers.

    1. Re:Protest time? by heypete · · Score: 1

      I was thinking more along the lines of people stocking up and staging a nice protest next spring/summer. Be pretty fun if half their customers dropped service for a couple months and just used their solar. Wonder how nice their profits would look for those other million customers.

      That probably won't work: most (all?) grid-tie solar systems will cut off the solar panels if the grid connection is interrupted (so as to avoid feeding power back into the lines in an outage, which would endanger utility workers). Battery-backed solar systems could run independently, but are considerably more expensive and require more maintenance than simple grid-tie systems.

      Also, most (again, all?) states have legal requirements that inhabited dwellings have basic utility service (e.g. electricity, water, sewer, etc.). If people were to cut off their power for several months they would likely be in violation of the law.

    2. Re:Protest time? by Anonymous Coward · · Score: 0

      This.
      Go off-grid and cancel utility power, your house gets condemned because it's "uninhabitable".
      Go off-grid and don't cancel utility power, get repeat "random" visits because anyone using 0kWh/month is clearly stealing power.

  10. Re:Gov't in infrastructure by Crimey+McBiggles · · Score: 3, Insightful

    The free market argument is a weak one, and doesn't correlate with the reality in which we live. Have you seen the way "free market" ISPs operate in regards to competition? Doesn't work so well does it? With many geographical areas being locked into a choice between AT&T and Time Warner, there is virtually no competition. There are many who are arguing that ISPs should be treated as public utilities so that they can't throttle competing services that traverse their wires, requiring government intervention.

    If you want to argue that the government is screwing something up and needs to get its hands out of something, I'd look towards the military industrial complex.

    --
    Crimey
  11. Arizona is a fascist state by Anonymous Coward · · Score: 0, Flamebait

    If you are stupid enough that you choose to live in AZ,
    you deserve whatever you get.

  12. Re:Gov't in infrastructure by frdmfghtr · · Score: 2

    That is just one tiny example of why gov't shouldn't be regulating any businesses, why it shouldn't be involved in any projects, including infrastructure - no competition. If this law passes, it just gives the gov't established monopoly a special power to tax people because they have no competition. No competing grids, no competing roads, no competing water and sewer and garbage providers, etc.etc. This company COULD, in a free market, do the same thing: impose a fee like that. However if it did, people would have a choice to switch to another provider, however that would have been done, but we can't even KNOW at this point, because of gov't meddling, which gives monopolies to the most connected players.

    While I generally agree that the marketplace should decide who wins and loses, there are some things that are impractical to leave to the market. Taking your example of roads: how would you picture a road system for a city that allows for multiple "road providers?" How would new players enter the market? I ask because I can't picture having multiple road grids in the same geographical area that doesn't end up with more roads than buildings (picture downtown Chicago with the local lanes and express lanes everywhere in the city).

    --
    Government's idea of a balanced budget: take money from the right pocket to balance...oh who am I kidding?
  13. I already pay a $10.60 fee just to be a customer by Anonymous Coward · · Score: 1

    It's a separate itemized charge on my bill. I imagine Arizona Public charges something similar.

    For that matter I'm charged the residential rate. I suspect commercial customers pay more.

    So customers with panels will pay an extra $5 for the privilege of being a customer. Some customers are more equal than others. Nothing new about that.

    But I'm waiting for the day when I walk into an ice cream store am told that my ice cream cone is $3 and there's a $10.60 customer charge for a total of $13.60 for my ice cream cone.

  14. Shifting costs... by Anonymous Coward · · Score: 1

    ...and if the utility had dedicated that $3.7 million from advertising to implementing better grid interoperability or storage options it could have been a win for both sides. If nothing else, increasing the one time Engineering charge that most utilities require to connect to a utility and implementing a "PV throttle" via smart grid or minimum hold up requirements (sag ride through, dP/dt limits, supplying short circuit current support,etc) could solve alot of these issues. It's time for the local electric monopolies to put a little skin in the game and develop a requirements doc to satisfy interoperability with their grid systems. UL1741 covers basic safety and this is necessary, but it's clear there's a missing link. Distributed PV should be a net gain for the energy industry -- aiding during peak use hours; the two sides of the industry need to start reaching across the aisle and resolve their differences.

    -Panz

  15. I don't understand by Somebody+Is+Using+My · · Score: 4, Insightful

    I'm not sure I understand the logic of the commission (that is, the logic of their stated argument, as opposed to the unspoken "we just got $3.7 million from the utilities so we'd better side with them" argument that we all suspect).

    The Arizona Corporation Commission says that this fee is necessary because people who use solar are foisting off some of the maintenance cost onto the other customers who do not use solar panels.

    Some residents installed solar-electric panels on their homes. Any excess energy they generate is sold back to the utilities, transmitted through the utilities infrastructure. The utilities are claiming that this is costing its other, non-solar customers money. But how?

    It's not costing them money in infrastructure; that is still being paid for by all its customers - including those using solar power, as they are still hooked up to the grid and paying Arizona Public for the service (necessary, I suppose, for the occasional cloudy day in AZ). The maintenance costs of the lines are included in this service, just as they are for any other Arizona Public customer; it is not as if AP had to hook up any extra lines to these users of solar power, or as if the lines remain connected and the solar-customers aren't paying for the privilege.

    The utility has to pay for the juice they receive back from these solar-customers, but they can then redistribute this power to other non-solar customers. AP need generate less electricity. I /suppose/ that AP might be operating at loss here if they have to pay out more per watt than it costs them to generate it themselves, but I have strong doubts this is the case. More likely, they are getting a deal on the extra volts and saving by not having to buy extra fuel for their generators.

    In either case, I do not see how the use of solar would raise the cost of electricity for non-solar customers. Maintenance is shared equally among all customers, and purchased electricity from solar users saves the corporation money. There's no added cost to be passed on to non-solar customers.

    There is a danger of becoming irrelevant (and unprofitable!) if solar usage takes off, but - while that may be the real concern of the utility - that is /not/ the argument that they are making.

    Is the Arizona Corporation Commission's case that blatantly bogus or am just I missing something?

    1. Re:I don't understand by zippthorne · · Score: 2, Informative

      With net-metering, the pay back to solar panel owners feeding the mains is basically the retail rate for power. By definition, this rate is higher than the utility's cost to produce power. Further, solar is fairly variable, so there the utilities don't get to shut down any plants as a result of the solar electric.

      The remaining question is whether they can scale back production to match the solar input, and can do so rapidly enough that the solar panels really are offsetting power production in some fashion, or if the net metering subsidy is really a gimmick.

      --
      Can you be Even More Awesome?!
    2. Re:I don't understand by BringsApples · · Score: 1

      You're not calculating all of the people that work at the power company, and the paycheck that they need. So basically, if there are still physical components that the power company is required to to do upkeep on, then they need to keep a staff to do so.

      Suppose that everyone goes all in on solar, and they each have enough electricity during sunshine periods to run their whole house, and what they don't use gets sold back to the power company. Then during times when there is not enough sunlight to really run your home, they need to get electricity from the electric company. This leaves the power company in the hole, eventually not able to do regular upkeep on their components (lines down!) or pay their staff (dude, lines down!), eventually leaving everyone without electricity (because no one wants to work for the power company because it sucks so bad).

      Yes it'd be great if everyone could live by the sun during the day, and burning wood at night, but with all the people on the planet, there's no way that can happen (at least not the wood burning part), and so we're all left with what we have now. Yeah, the power company could come down on their rates, and pass the savings to the fat-cats that live nicely off of those rates, but it's not going to happen because you're in a capitalist country. So unless the government takes over controlling the power throughout the country (ouch), the way the current power company runs things seems to be as nice as it can get, without significant changes to other parts of our lives that is.

      --
      Politics; n. : A religion whereby man is god.
    3. Re:I don't understand by Anonymous Coward · · Score: 0

      It is to cover the cost for grid maintenance. You are connected. Unless there is a difference in the price of electricity of what you use versus produce, if you produce a net result of zero, you pay nothing. BUT... at almost any given moment there is a current flowing in or out of you property.

      My meter is still very analog, which would mean that the disk would turn in the opposite direction and in the end only be showing the net result.

      When there is a price difference, then the old mantra of buying low, selling high is valid, and the grid could pay for itself, no fee necessary, looking more and more like the stock market with the occasional crash, but would I care? .... eh ... I might.

    4. Re:I don't understand by Mr+D+from+63 · · Score: 1, Insightful

      I do not see how the use of solar would raise the cost of electricity for non-solar customers

      There is a cost associated with keeping a local gas or coal plant running at, say, 30% power ready to make up for shifts in solar and wind input. Plants run most efficiently at 100%, and there is significant efficiency loss running at lower output. Also, the fixed costs of the running the plant (staff, etc) remain the same, even though less power is being produced, thereby further increasing the power production costs from that plant. Don't underestimate this cost. The need for this spinning reserve is increased significantly with a large solar and wind component on the grid.

    5. Re:I don't understand by Somebody+Is+Using+My · · Score: 3, Insightful

      With net-metering, the pay back to solar panel owners feeding the mains is basically the retail rate for power

      Thank you. I was unaware - and quite surprised - by this. The retail rate, of course, includes bundled into it part of the maintenance costs so technically Arizona Public's - and the Arizona Corporation Commission's - argument does have merit.

      I am surprised because I would have bet good money that the utilities would have arranged things so they bought back electricity at a lower rate than it cost them to generate the same amount of power - isn't that sort of conniving how corporations usually manage things here? - but in this case it works to the benefit of the customer.

      Looking solely at the argument present by AP and the ACC, I now understand their logic. Of course, I don't /agree/ with their argument, since it focuses primarily on the short-term benefit of the power utility and does nothing to encourage moving us towards renewable energy sources, but as that was a factor that was cleverly ignored by the lawyers, I suppose their argument - limited in scope as it is - is sound.

      Ultimately, I believe this will be taken to court. Hopefully there the larger implications of this decision will be tested and the ACC's judgement found wanting.

    6. Re:I don't understand by Maury+Markowitz · · Score: 5, Interesting

      > It's not costing them money in infrastructure; that is still being paid for by all its customers - including those using solar power

      So lets say I put up exactly the number of panels that net meters me to zero on a yearly basis.

      Due to night, seasonality, weather, etc, that means that what's actually going on is that I'm exporting major quantities of power during the day, and then buying from the grid those other times. So it's not like I'm not using the infrastructure just as much as the guy next to me that doesn't have panels. In fact, I'm using it more.

      Yet because my bill is zero, I'm paying less than him as a function of maintaining the grid. It shouldn't be that way, but it is.

      The contrary argument is equally interesting. Let's say I don't put up that many panels, but just one of them. That produces about the same amount of power that my fridge uses daily. So in fact, there is exactly zero difference between putting up a panel, and buying a new energy star fridge. Both of those will have the exact same effect on my total use of the grid. Yet in one I will now be charged $4.90 a month, and the other I won't.

      The actual problem here is that some of the grid cost is buried in the electricity rate. If they truly separated the two, then this problem wouldn't have existed in the first place. However, that is likely on the order of hundreds of dollars a month. For the average user the cost would be identical in the end, one line on the bill would go up and another down. However, for people who sip power, or turn it off completely (at the cottage in the winter), their bills will go way up.

    7. Re:I don't understand by Burdell · · Score: 1

      Let's say you and I can both buy a shelf at Wal-Mart for $10. Now I start making shelves for myself instead, and make an exact duplicate of Wal-Mart's $10 shelf. Should my nearest Wal-Mart be required to buy my shelf for $10, transport it to your nearest Wal-Mart, and then sell it to you for $10? They have trucks already, so why should they charge me for the transportation costs?

      I /suppose/ that AP might be operating at loss here if they have to pay out more per watt than it costs them to generate it themselves

      That's exactly the case. If they charge residential customers $0.10/kWh, you don't think all $0.10 goes to pay for the power plant, do you? They have to transport the power from the plant to the customer's location (which has loss in the system; they have to generate more than 1 kWh to deliver 1 kWh), they have to meter how much the customers use, bill for the usage, maintain the system, etc.

      Pick-up and deliver only makes sense when you get more for the delivery than you pay for the pick-up.

    8. Re:I don't understand by PRMan · · Score: 1

      I think you are missing that they have to maintain expensive 2-way meters only for the solar customers. And now they want to charge a $5 fee as being fair for the monthly rental of that box.

      --
      Peter predicted that you would "deliberately forget" creation 2000 years ago...
    9. Re:I don't understand by Bengie · · Score: 1

      Solar distributed among the populace has better locality and reduced transmission losses, assuming transformers are just as efficient both ways.

    10. Re:I don't understand by mdsolar · · Score: 1

      This only seems important when it is the last coal plant running at 30%. Until then, you can just kill plants completely. Eliminate the fix cost by closing the redundant plant. We're not trying to keep coal plants are we?

    11. Re:I don't understand by Mr+D+from+63 · · Score: 1

      Coal, gas, hydro, it doesn't matter. Cloud cover can move over the entire Phoenix area in a pretty short time period. You must have a power source ready to make up the difference when that happens. Solar drops off as the sun wanes every day, you must have a power source ready to make up the difference when that happens. Closing plants does not solve that problem. Utilities prefer to run all plants at 100%, as that is when they are most cost and cycle efficient. They have always had the need to maintain reserve, but solar increases that and makes it harder to manage as it adds much more variance.

    12. Re:I don't understand by Areyoukiddingme · · Score: 1

      As posted elsewhere, Arizona law currently says the power company has to pay retail only until an installation reaches 0 in net metering. After that, they pay wholesale, and resell the power to other customers at retail, making a profit. Usually their highest possible profit, since that mostly happens during the peak of the day.

      This actually varies wildly by state. In some states, it's retail/retail. In others, it's retail/wholesale. In others, it's retail/nothing. In yet others, it's wholesale/nothing. And in a few, it's nothing/nothing. That is, any excess capacity you install means you will donate power to the utility for free. They pay you nothing and they don't run your meter backwards.

      You can bet that it will trend towards nothing/nothing in a hurry as the number of installations rises. $3.7 million buys a lot of opinion. Multiply that by 50 utility companies in 50 states and it won't be long before excess residential solar capacity is pure profit for the utilities.

      Here's hoping that Germany's push for battery capacity results in some companies selling big whole-house UPSs. Judging by Tesla, a box the size of a refrigerator would probably be enough to justify disconnecting the grid entirely. The savings on not having to buy a grid-tie inverter goes into the battery pack.

    13. Re:I don't understand by rabtech · · Score: 1

      I am surprised because I would have bet good money that the utilities would have arranged things so they bought back electricity at a lower rate than it cost them to generate the same amount of power - isn't that sort of conniving how corporations usually manage things here? - but in this case it works to the benefit of the customer.

      This varies a lot by state. In Arizona, any excess is carried over into the next month to offset your usage at the retail rate. At the end of the year, if you still have excess then the excess is cashed out at the wholesale rate, which is far lower. In Texas, any excess is simply gifted to the power company for free.

      In reality, almost no one generates enough solar to totally offset their bill because such a large panel install is still cost-prohibitive unless you are willing to make some large sacrifices on the usage side (and with your wallet). Further, solar generates its maximum energy during the most expensive peak hours (in the south/southwest, A/C is the largest electric load by far and matches up roughly with peak sunshine on most days). At that time of day, the utility may even pay more than your retail rate for at least a few hours due to high demand, resulting in free money for the utility!

      If they made this fee contingent on zeroing out your bill then perhaps it would be justified (e.g.: if you had carryover, then they can deduct $5 from the carryover to pay for infrastructure). In Texas, it would never be justified because excess power is free to the utility.

      The reality is they want to charge this fee to pad their profit margin. It really is that simple.

      If a whole-home solar install ever got down to $10,000 (to cover 75-80% of the home's electric usage) you can expect to see utilities everywhere engaging in all sorts of nasty tricks to jack up fees, taxes, get burdensome regulations passed, etc to make sure the barriers to entry are still very high. At that price, all new homes will simply start including solar and it will become a common remodel ala replacing windows and floors. In that scenario, the $3 million+ they spent will pale in comparison to the flood of lobbying dollars.

      --
      Natural != (nontoxic || beneficial)
    14. Re:I don't understand by wkaszeta · · Score: 1

      You are wrong on "Yet in one I will now be charged $4.90 a month, and the other I won't.". The charge is based on the rating of the photovoltaic array and to power only a refrigerator would be less. A 1 kilowatt array will be only $0.70/month for the new fee. However, none of the coverage of this mentions another 'Feature' of the APS rates, there is also a minimum Renewable Energy Surcharge presently set at $2.78/month for any residential solar system. This fee does not go to APS, but into a fund to support solar rebates, etc.

    15. Re:I don't understand by volmtech · · Score: 1

      When I was farming I had six electric irrigation pumps. The nine months of the year they weren't in use I still had to pay $9.70 a month each. That was twenty years ago. $4.90 a month? Pffft.

    16. Re:I don't understand by Anonymous Coward · · Score: 0

      Seems to me a practical solution would be for the power company to buy back the energy you generate at a lower rate. That way you still have an incentive to go solar, and they can still profit from your excess power generation. A problem could arise with the people who break even and pay 0$, but that should probably be adressed in the future by separating the maintenance costs and the generation costs, that way you only eat into the maintenance cost if you already generate more than you consume.
        At present that doesnt seem like it would be much of a problem and the current system would serve and would be an incentive for people to first install solar. Once a considerable number of them have installed solar, then start with the fixed maintenace costs and get them competing to generate more to cover these costs and keep paying them less for the excess power generated.
      This in the end would benefit everyone since it would provide incentives for renewables, and the power company in the end actually profits off the solar "overachievers" and wont need to maintain as many coal or gas plants.

  16. Already widespread, dude. by Anonymous Coward · · Score: 4, Insightful

    And the highest consumer demand for power is during a hot sunny day.

    And those are the days where there's most gained from solar power, so the other moron is wrong too.

  17. Simple restructing of the fee by l2718 · · Score: 5, Insightful

    The cost of delivering power has two components: fixed costs (say, power lines to the home) and variable costs (say, of producing the power) The current system was to bundle the fixed costs into the variable ones, and just chage proportional to consumption. Since those selling back power to the grid still need to pay for the fixed costs, this principle of this change seems right. Better execution would have been to add the fixed cost to everyone and make a corresponding reduction to the marginal (per KWh) tariff, at which point those with and without solar panels would be treated equally.

    1. Re:Simple restructing of the fee by mdsolar · · Score: 1

      Exactly.

    2. Re:Simple restructing of the fee by Anonymous Coward · · Score: 0

      Unfortunately "everyone ... being treated equally" was probably never the objective.

    3. Re:Simple restructing of the fee by green1 · · Score: 1

      Is that really how it works there? my bill has large fixed costs in addition to the variable costs. I haven't gone solar because even getting my usage down to zero would still leave me with a bill of over $50/month in fixed charges. Our utility has been smart, they keep the variable cost low (8c/kwh) and make all sorts of claims about cheap power, but they ding you in admin fees, distribution fees, generation fees, etc etc. The only way it makes sense to go solar here is if you can go off grid completely, but that adds a lot more expense and complexity.

    4. Re:Simple restructing of the fee by fritsd · · Score: 1

      That's right; it seems that now it works as a subtle tax on the people that don't have solar panels / subsidy to those who do. Obviously, so the state can steer citizens towards installing solar panels.

      (I'm not making a value judgement on that, btw).

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
  18. Getting Rid of The Population by Anonymous Coward · · Score: 1

    That's a tax. Shouldn't it be illegal for a private corporation to merely collect taxes - from people that don't recieve any service from them? Like tollroads that bill you even when you don't use them, because others do and you might benefit from their services and economic activity? That's a shakedown on scant pretence. They already pay a public lighting tax, right? That's like those medieval "window taxes", or "roof taxes", or "beard taxes", fromm King John's days.

    Sounds like slumlords that are trying to get rid of the tenants, in antecipation of a land development scheme of some kind. That's what happens when you disarm a population. They become sheep for the slaughter.

    1. Re:Getting Rid of The Population by bruce_the_loon · · Score: 1

      How is this "from people that don't receive any service from them"? If you don't have a solar panel, you don't pay it. If you have panels, but don't sell back to the utility, you don't pay it. If you have a panel, you sell back to them and they have to provide the infrastructure to do so, then you pay the extra.

      --
      Trying to become famous by taking photos. Visit my homepage please.
  19. What's the basis for this fee? by bradley13 · · Score: 5, Informative

    According to the information I find about Arizona net metering, the power you generate offsets your bill (at retail rates) until your bill is zero; after that you are paid wholesale for any excess:

    "Net metering is accomplished using a single bi-directional meter. Any customer net excess generation (NEG) will be carried over to the customer's next bill at the utility's retail rate, as a kilowatt-hour (kWh) credit. Any NEG remaining at the customer’s last monthly bill in a calendar year will be paid to the customer, via check or billing credit, at the utility’s avoided cost payment. "

    If this is really true, then the utility is making a profit reselling the power you generate. So what's the basis for this fee they want to charge?

    --
    Enjoy life! This is not a dress rehearsal.
    1. Re:What's the basis for this fee? by MindStalker · · Score: 5, Informative

      The "fee" is the cost of maintaining the grid and power-lines.

    2. Re:What's the basis for this fee? by Anonymous Coward · · Score: 3, Interesting

      the fee which is paid for by your neighbors whom are paying for the power the utility bought at wholesale from you the solar producer, and the ultility marks up 500%? Plus the additional $8 a month "customer fee" for the pleasure of being hooked to the grid? Oh and plus the massive subsidies given to the utilities by the government? Those poor utilities certainly can not afford to upgrade their infrastructure without feeding at the government trough.

    3. Re:What's the basis for this fee? by Jah-Wren+Ryel · · Score: 2

      the utility is making a profit reselling the power you generate.

      Not only that, but because solar generates the most energy in the middle of the day which is also when there is the highest rate of consumption, it helps to reduce peak demand. Peak demand is the most expensive kind of electricity to generate because most electric plants aren't variable, they are either on or off and spinning them up costs a lot of money.

      Residential solar also reduces the need to build an entirely new plant to handle peak demand. It really is a big-time win for most utilities. Them going after solar-connection fees is kind of like ISP's wanting to double-charge both customers and big websites like youtube for bandwidth.

      Maybe, one day, when residential solar has a much higher installation rate, it would be fair to charge a "grid fee" - but right now it's pure gravy.

      --
      When information is power, privacy is freedom.
    4. Re:What's the basis for this fee? by Desler · · Score: 0

      No, the fee is simply profit on top of their other profit taking.

    5. Re:What's the basis for this fee? by Antique+Geekmeister · · Score: 1

      > It really is a big-time win for most utilities.

      Except that building in the necessary safety management, and power management, to deal with current coming the other way from your customers is not free. Clients with solar panels are unlikely to call the electrical plant and announce when they are disconnecting for maintenance. And clouds passing over an area can cause serious variation in the customer provided solar power, in highly variable fashion that affects whole neighborhoods of panels.

      It's extra work to design flexible, robust systems, so it is hardly "pure gravy".

    6. Re:What's the basis for this fee? by Jah-Wren+Ryel · · Score: 1

      Except that building in the necessary safety management, and power management, to deal with current coming the other way from your customers is not free

      Not free, just a tiny drop in the bucket. You are encouraged to provide citations that prove otherwise.

      Clients with solar panels are unlikely to call the electrical plant and announce when they are disconnecting for maintenance.

      Such a rare event that mentioning it really looks like grasping at straws.

      And clouds passing over an area can cause serious variation in the customer provided solar power, in highly variable fashion that affects whole neighborhoods of panels.

      Clouds also reduce demand for electricity because A/C is the primary form of electric consumption during the day.

      --
      When information is power, privacy is freedom.
    7. Re:What's the basis for this fee? by Antique+Geekmeister · · Score: 1

      It's hardly free: the ability to handle power fed back _into_ a generation system, safely, requires revisiting the design of the entier local power grid. Even if it was designed robustly, the safety checks themselves take time and cost money. It's difficult to find the citations, simple searches are buried in advertising for the cost of the home interface equipment.

      There is nothing "rare" about needing to do maintenance on any electrical generation system. It should be an annual event, especially for an exposed external system. And such a checkout should certainly include a temporary disconnect form the power grid, system, in order to inspect and test the cutover systems themselves. And when those maintenance steps occur, they're not power company personnel. They're the home owner or whatever unknown service person they've contracted, not a known reliable power company engineer. This creates the kind of risk, and the need for over engineering at the power company, that a network engineer fails when people start connecting laptops to a local network. This engineering time is not free.

      And clouds do not "reduce demand for electricity" on the short timescales that they will reduce power feeds from solar paneled homes. Air conditioners will not instantly be turned off becuase there is a cloud, nor will the air around building s cool instantly. A cut in solar power will also affect the uuploaded power _first_, before it affects the solar home owner's home usage, because such systems upload the _excess_ power. They're not providing consistent flows of energy. The result is some potentially very strange electrical feedback from solar homes to the power grid. "Strange feedbacks" can cause unanticipated feedbacks, especially when there are phase delays in the responses to the feedback. Predicting, and protecting against that, is a well known and generally solved problem for full scale power plants, but local power generation makes it far more complex.

    8. Re:What's the basis for this fee? by Anonymous Coward · · Score: 0

      Damn right. My APS bill has almost $20 of fees with zero power consumed.
      Don't forget that APS also has a massive, aging nuke plant which is starting to cost more as it is breaking down with alarming regularity.
      The company is smart to see the end approaching. I know people who already live off-grid out here & costs have continued to drop.
      $5 a month isn't going to push people over the edge, the requested $40 would definitely have soured the teat.

    9. Re:What's the basis for this fee? by Jah-Wren+Ryel · · Score: 1

      It's hardly free:

      Not free, just a tiny drop in the bucket.

      There is nothing "rare" about needing to do maintenance on any electrical generation system.

      Of course it is rare. Once a year is rare. Individual houses going off line for a couple of hours once a year is not a serious fluctuation. Your intellectual dishonesty casts doubt on all of your unsupported claims.

      And clouds do not "reduce demand for electricity" on the short timescales that they will reduce power feeds from solar paneled homes.

      The kind of transitory clouds that don't reduce A/C load also don't affect a large area either.

      --
      When information is power, privacy is freedom.
    10. Re:What's the basis for this fee? by aaarrrgggh · · Score: 1

      No, since it is the retail rate the utility gets no profit when it sells your energy, plus it credits it's non-energy costs back to you at that zero profit rate.

    11. Re:What's the basis for this fee? by aaarrrgggh · · Score: 1

      Damn auto correct... Its its its!

    12. Re:What's the basis for this fee? by mysidia · · Score: 1

      According to the information I find about Arizona net metering , the power you generate offsets your bill (at retail rates) until your bill is zero; after that you are paid wholesale for any excess

      Yes.... my suggestion would be; the greater the amount of power you generate on a given month, the lower your price should be BOTH for power generated, AND power consumed.

      Since your solar panels; essentially negate your usage during the peak air conditioning hours: you've offset your usage.

      This also enables the power company to get the power from you at low cost (lower retail rate = lower credit), which they can resale for higher cost.

      Eventually; they're going to need to assign a different market price, or different credit per net Watt generated based on time of day, and usage of the grid at that time.

      If everyone has solar panels; 100 Watts at midnight may become more valuable than 100 Watts at noon, because if enough of the population gets panels, "Peak usage" is no longer when conditions are hottest.

    13. Re:What's the basis for this fee? by YesIAmAScript · · Score: 1

      Few customers produce more power then they generate, simply because they aren't paid much for that power.

      So most customers are making out like bandits being paid retail rates for virtually all the power they generate and don't use. The utilities are losing their shirts on that power.

      Why concentrate on the little extra tail on that?

      --
      http://lkml.org/lkml/2005/8/20/95
    14. Re:What's the basis for this fee? by Anonymous Coward · · Score: 0

      It's the people who don't drop below zero and thus effectively sell power at retail during the day who cost the utility. In places that don't use net metering but instead have a second meter for power sold back to the grid this sort of fee doesn't make sense. In most places the connection fee is mandated by law to be less than the cost of maintaining the connection so poor people can afford electricity if they just use less. Effectively a subsidy from high users to low users. Nett metering breaks that subsidy model.

  20. Worst Law Of All by JimSadler · · Score: 3, Insightful

    This law is the equivalent of telling your wife you love her while beating her half to death. Society should love people who conserve energy and our government has begged the public to conserve for decades. So laws that encourage people to use solar power are all that we should have. This new tax will hold back solar installations which is exactly what the government claims it does not want. The same is true for electric cars. Electric cars avoid a gas tax so some states now have a special fee for allowing people to use electric cars under the guise that they are not paying their fair share of road taxes. In the case of a fee applied to solar powered homes the tiny fee first required means little. But it puts people on notice that that fee will grow and grow over time. The simple truth is that as more and more homes go solar the grid, in effect, gets smaller and smaller but still has the same maintenance fees which must be passed on to the people who use the grid. Therefore we should expect electric prices to rise for those that do not install solar which will encourage more and more people to go solar. At some point the power gri will not be needed at all for homes and industry will be the only consumer.

  21. Re:Gov't in infrastructure by Anonymous Coward · · Score: 4, Insightful

    Have you seen the way "free market" ISPs

    Protip: Such a thing doesn't exist in the US. You know why you have a shitty choice in Internet providers? Because your local government sold you out.

  22. Re:Gov't in infrastructure by Anonymous Coward · · Score: 1

    In addition to APS, the campaign against solar energy is being waged by ALEC and a group called 60 Plus, both funded by the Koch brothers and other far right/libertarian persons and groups.

  23. Sounds fair to me by Maury+Markowitz · · Score: 1

    "may collect about $4.90 a month from customers with solar systems. Arizona Public is required to buy solar power from customers with rooftop panels"

    They likely charge about the same for connecting for import, so this seems perfectly fair to me.

    And I install solar panels for a living.

    1. Re:Sounds fair to me by Desler · · Score: 1

      It only seems fair if your naive enough to think the fee will never be raised. Especially if more and more people get panels.

    2. Re:Sounds fair to me by Anonymous Coward · · Score: 0

      What next ? Would it be fair to charge owners of electric cars, who charge up only with solar, a fuel fee that goes to the oil industry, just because they built gas stations ? Of course not. Would it be fair to charge a monthly ice cream fee,even if you only bought ice cream once in the summer, just because someone built an ice cream store down the road ? Again that would be a stupid idea. Charging extra because someone spent money to produce solar electric wrong. People should consider using tar and feathers on those greedy suckers !

    3. Re:Sounds fair to me by Desler · · Score: 1

      Exactly it's simply greed. They are already making back that $5 and then some reselling all the power they bought from these people. It's simply rent seeking.

  24. This is incredibly informative...! by Anonymous Coward · · Score: 2, Informative

    .. so I don't expect any slashdotters to read it.

    http://erc.ucd.ie/files/theses/Eleanor%20Denny%20-%20A%20Cost-Benefit%20Analysis%20of%20Wind%20Power.pdf

    It's a recent doctorate thesis examining the impact of wind power on the Irish Grid, and it explains a lot of the damaging effects that putting variable power supplies can have on a grid.

    To save you going through the maths, it comes to the conclusion that, with best possible assumptions, a maximum of 30% power from variable renewable supplies can be accepted. With worst assumptions, the figure is 5%. Beyond these figures, costs are in excess of the benefits gained, and remain so up to 100%. That includes things like fuel costs, which are actually greater due to increased base-load cycling.

    The Irish power stations are fairly old and inefficient. On a more modern grid, the 30% figure would come down to about 20%. At all times the variable supplies add some value, and take some away due to their variable nature.

    The charge applied by Arizona will offset some of this grid damage due to variability.

       

    1. Re:This is incredibly informative...! by aaarrrgggh · · Score: 1

      This is true until you get to the point where production is linked to consumption directly, such as when the sun shining run the air conditioning, otherwise it gets hot. Or, if you believe in smart grid, regulate on an aggregate level. Basically, this is the opposite of net metering, which destroys the payback of PV.

      Basically what has to happen is PV needs to make sense without all the subsidies. Net metering is one of those subsidies.

  25. Disgusting by Anonymous Coward · · Score: 0

    APS is clearly in bed with the State. Shameful.

    1. Re:Disgusting by fritsd · · Score: 1

      Well duh. they're probably OWNED by the State. At least they should be?

      --
      To be, or not to be: isn't that quite logical, Slashdot Beta?
  26. Sierra Club is full of shit by sribe · · Score: 1, Insightful

    Let's see, you're probably planning to spend $15,000-$20,000 after factoring in the incentives, in the hope that you'll reduce your power bills by enough to pay for that in some reasonable time. But, then, OH NO you discover that you'll have to pay $4.90/month, so of course you immediately abandon your plans, because now it's utterly hopeless that the project might ever have a decent return. Yeah, right...

  27. Renewable energy preferred for smelting by mdsolar · · Score: 0

    Aluminum smelting prefers the cheapest power source. This has been renewable energy for a very long time. Here is what they do in Iceland where smelting is their largest consumer of electricity http://arcticecon.wordpress.com/2012/02/15/aluminium-smelting-in-iceland-alcoa-rio-tinto-alcan-century-aluminum-corp/

    Solar is headed towards being the cheapest source so it is likely that smelting will shift away from hydro to solar in the next couple of decades.

    1. Re: Renewable energy preferred for smelting by apc512599 · · Score: 1

      Wanna bet?

    2. Re: Renewable energy preferred for smelting by mdsolar · · Score: 1

      "Aluminium smelting is the process of extracting aluminium from its oxide, alumina, generally by the Hall-Héroult process. Alumina is extracted from the ore bauxite by means of the Bayer process at an alumina refinery.

      This is an electrolytic process, so an aluminium smelter uses prodigious amounts of electricity; they tend to be located very close to large power stations, often hydro-electric ones, and near ports since almost all of them use imported alumina."

      http://en.wikipedia.org/wiki/Aluminium_smelting

  28. Don't all customers use the grid? by mdsolar · · Score: 1

    It seems to me that all customers should be charged this fee and their per kwh fee reduced. This is a service that benefits all customers, not just solar panel owners. In some ways, non-solar customers use the gird even more that the home generators. It is a matter of getting the power charge, the distribution charge and the connection charge properly balanced across the board.

    1. Re:Don't all customers use the grid? by Areyoukiddingme · · Score: 1

      Many of us already do. I pay 50 cents per day in an availability fee, even if I use no electricity whatsoever. That's been a line item on my bill for over a decade.

      Of course, I have an electric co-op, so they do an honest accounting of costs, rather than trying to hide actual costs and pretend they need more money in order to boost profits.

    2. Re:Don't all customers use the grid? by mdsolar · · Score: 1

      Same for me on both counts.

  29. Do they have a connection fee in Arizona? by Marrow · · Score: 2

    I have to pay 15 dollars a month, about half my bill right now, just to stay connected to the grid. So adding another massive dis-incentive for conservation really does seem unfair. You can never conserve your bill to zero.
    As more homes get built with solar pre-installed, I look forward to the time when entire subdivisions buy a "community battery" and never need fossil.

  30. Re:Look up those words before you use them by Mr+D+from+63 · · Score: 1, Offtopic

    Are you the same nut that attacked me recently? I see you still have no capacity to control your emotions are state any actual useful information.

    Maybe you can explain how panels smooth out peaks? They are not inductive. They peak and wane every day and even during the day. I suspect any response from you will not be informative but will rather be an attack, in which case you will get no further discussion from me.

  31. Demand is not flat by dbIII · · Score: 1

    Demand is not flat and the peak is in the day when all this solar stuff is making life a hell of a lot easier for power distribution. I think I worked that out in the first week I was involved with electricity generation back in the 1990s when there was almost nothing but coal and small hydro on my state's grid, so are you slow or are you not actually in the electricity generation industry?

    1. Re:Demand is not flat by Mr+D+from+63 · · Score: 2

      Well, then, explain what happens during the day as cloud cover moves over a large area. Solar input drops and it must be made up with traditional sources. Fossil and gas need to spin up. But Fossil plants take hours to start from cold, and gas plants lose money if they are not running at full. Spinning reserve is required even for that slow moving peak. Those resources must be ready and available. You can argue to which extent they are needed, but do dismiss that need shows me you don't get the bigger picture of how grid stability is maintained.

    2. Re:Demand is not flat by skutterbob · · Score: 1

      A cloud only covers a small area at a time, when it covers one house, its off a house 1/2 mile away, there is an averaging effect. The grid voltage does ride up and down a little as this can not be managed perfectly, same happens when a big motor starts or other high loads. Power in or out will cause a change. Yes, a coal plant can take a full day to get to full operating efficient mode, and nuclear can take 2-3 days I believe. Hydro, can be at full speed in 30 seconds. Simple cycle gas turbines can be up in 15 min. and combined cycle at full eff. in about 45 min. Right now, Combined cycle gas turbines offer the best eff. (~60% thermal) lowest cost to build, quick build time (about 2 to 2.5 years) and operate, so long as natural gas stays cheap. Over the past few years much as been done to allow gas turbines run at less then 100% and still maintain good eff. Often times plants are setup as 2-on-1 or 3-on-1 (gas turbines to steam turbine) ratios to allow more fine stepping of power output. Wind turbines can cause grid instabilities as large fronts pass them and sometimes when you'd think they're making tons of power its all just wasted. Pumped storage is often used near base-load nuclear plants as they can not start and stop.

    3. Re: Demand is not flat by Anonymous Coward · · Score: 0

      Apparently you have never seen stratus cloud cover over an entire region.

      Do you live in Super Mario World where clouds are always tiny, sparse, fast-moving, cotton ball-like affairs?

    4. Re: Demand is not flat by skutterbob · · Score: 1

      If the clouds cover a very large area then again there is no instability created all PV's are running at a lower stable and predictable rate..... Current PV install total is tiny, it really couldn't possibly make a difference.

    5. Re:Demand is not flat by Mr+D+from+63 · · Score: 1

      ^I generally agree with most of what you said, although I think you ignore the overall drop in production across a wide area when cloud cover moves in, or when solid cloud cover fills the sky. Even when there are not clouds, solar peaks only during a few short hours, while the demand curve is much flatter during the work day. All the other points you made on how the grid is managed come with an associated cost. At least you seem to acknowledge it exists, some other seem to think its make believe. I agree its a good debate on the extent of cost and impact, you at least provided a rational response and understand the issue, which I appreciate.

      Germany is an interesting example of scale. They are planning to add over 7GW of fossil generation in the next few years. Some might wonder why Germany, arguably the most progressive solar and wind country, would not build solar and wind to fill this need. There are 2 key reasons. 1) The grid cannot handle that instability and 2) it costs too much (to build and manage the instability).

      Again, I appreciate your discussion.

    6. Re:Demand is not flat by Jah-Wren+Ryel · · Score: 2

      Germany is an interesting example of scale. They are planning to add over 7GW of fossil generation in the next few years.

      What an amazing coincidence that this is the first hit in google when searching for "Germany 7GW"

      German power utilities seek to close 7 GW in capacity - Oct 24, 2013

      --
      When information is power, privacy is freedom.
    7. Re:Demand is not flat by Anonymous Coward · · Score: 0

      Nuclear Energy is also very expensive!

    8. Re:Demand is not flat by Anonymous Coward · · Score: 0

      In the desert, most residential and commercial demand is due to AC. When it is bright and sunny, AC demand goes up. Thankfully, so does solar generation. When clouds move in, AC demand drops off too.

      Since that solar generation is on the distribution side (rather than the typical generator side) of those big transmission lines, some of the transmission demand is mitigated. They don't have to run their expensive generators to meet peak capacity because the peak is lower.

      Even for the net-zero customers, they buy the electricity at peak demand when the costs are the highest and sell it back at night when costs are lowest. If all of the solar systems were cut from the grid, transmission costs would go up, not down.

      This is just an excuse to charge more money.

  32. Re:Gov't in infrastructure by Anonymous Coward · · Score: 0

    Riiiight. Because APS or any other private energy company wouldn't have charged this fee if not for the regulatory agency? You're fucking delusional.

  33. Re:Gov't in infrastructure by Desler · · Score: 2

    We have a shitty choice because ISPs lobbied to get municipalities to give them exclusive monopolies and ISPs choose amongst themselves to not compete with each other in certain areas. The best part is then the ISPs come back around and act like the very things they lobbied for were against what they wanted.

  34. Re:Look up those words before you use them by Anonymous Coward · · Score: 0

    > hey peak and wane every day and even during the day. I suspect any response from you will not be informative but will rather be an attack, in which case you will get no further discussion from me.

    Please attack him? This clown is frothing so hard it's impossible to see even his reasonable technical points. My glasses keep getting smeared with all the spittle.

  35. Cost of Doing Business by Anonymous Coward · · Score: 1

    $4.90 a month is fine, of course I'll have to raise the cost of electricity I sell back to the grid to offset the new fees. Cost of business get's passed on to the customer.

  36. The connection fee they pay should cover that by Marrow · · Score: 2

    Every electric bill contains a fee to remain connected.

  37. A simple solution by kilodelta · · Score: 1

    Disconnect from the grid entirely. But yeah - raise the fee - or try to do it. You'll find that your electric provider has the upper hand in setting those rates. They're a protected monopoly after all.

    I have to wonder though with the advances in storage technology - I mean a stupid rule like this would just force me to go off grid completely.

    1. Re:A simple solution by Anonymous Coward · · Score: 0

      +1

  38. Lots of costs by Firethorn · · Score: 5, Informative

    In the USA most don't get a second meter, they use what's called 'net metering'. IE if you generate, say, 500 kwh in a month and use 600, you only pay for 100 kwh, even if you only used 100 kwh during the time your panels were generating significant power and used the other 500 at night and such. If your install is big enough that you go negative(spin the meter backwards), you get paid.

    While 'spinning reserve' can be a problem, the bigger expense right now is that homes with solar panels are effectively getting out of would be line maintenance expenses. It costs money to keep the distribution lines and equipment up, and they're still using said lines.

    They're effectively being paid retail for the power they produce.

    --
    I don't read AC A human right
    1. Re:Lots of costs by Trepidity · · Score: 5, Interesting

      You can see that most clearly with someone who ends up at a net 0 kWh usage. Even though they send power both directions over the lines, since line maintenance is paid for by a portion of the per-kWh fee, and they use net-zero, they don't pay any line maintenance.

      One possibility would be to break out line maintenance into a separate fee, and charge it on gross bidirectional, rather than net volume. But then you'd need the meters to work differently. Just charging a flat monthly fee for feed-in customers is a way of approximating it for typical-sized users.

    2. Re:Lots of costs by Impy+the+Impiuos+Imp · · Score: 1

      If people with panels end up powering their neighbor, then let the neighbor's bill mostly go to the person with the panel, minus upkeep fees for the utility, and some small profit bonus for the utility. This fee may also cover any extras necessary to keep the flow stable.

      We all assume the net effect is it would pay for itself, even if just barely. If it doesn't, it's a whole game of waste.

      --
      (-1: Post disagrees with my already-settled worldview) is not a valid mod option.
    3. Re:Lots of costs by green1 · · Score: 3, Interesting

      Maybe US power companies are more generous than Canadian ones, but I can tell you the big reason I haven't gone solar is because I wouldn't get out of those fees. I pay 8c/kwh (sounds reasonably cheap) yet 400kwh/month seems to work out to over $100 (interesting math...) basically the bill is full of connection fees, distribution fees, administrative fees, generation fees, etc. which are all separate from the cost of electricity of 8c/kwh.
      End result is that although I could net meter and reduce my liability on that 8c/kwh, even getting it down to zero wouldn't drop my bill by enough to be worth it. The only way it would actually make sense to go solar around here would be to also go off grid, which adds a lot of expense and kills any incentive.

      As for this $4 fee... last I heard, our electric company had a program where you could buy solar sells from them and net-meter, their admin fee (on top of everything else) was over $30/month... so I don't see why people complain about $4!

    4. Re:Lots of costs by aaarrrgggh · · Score: 2

      The net metering and residential tariffs are the cause of the problem; residential customers typically are only charged per kWh as a blended rate. Take the example in parent, but let's say all usage is during the night. The transmission and distribution resources for the utility are actually 500+600kWh, although the generation cost is just 600-500kWh. (Yes, it makes me cringe too to use kWh rather than kW.). Since solar output is effectively 6 hours per day, you need to generate 3-4 times the kW rate as your average consumption to net out zero energy.

      The proper solution to this is to have a peak demand component (max direction) on residential services. Based on California retail commercial rates, this would be about $17/kW, and the energy cost is closer to $0.15 peak period and $0.07 off peak. So, if you have a 4kW solar array, you produce 720kWh worth $108, and consume (say) 720kWh at a cost of $50, the demand charge adds $68, and your net cost is $10 (plus customer fees and such). The next issue is if you offset wholesale or retail generation costs, but ultimately that should reduce the spread between peak and off peak energy, or shift the peak period and/or eliminate a mid-peak tariff.

    5. Re:Lots of costs by Anonymous Coward · · Score: 0

      They're effectively being paid retail for the power they produce.

      I don't know how utilities in US charge customers. Up here, in cold Canada, we pay some usage rate (per kWh) and a separate connection fee which is about $8 flat or so per month.

      As to your point, yes, there should be 2 meters for solar installations. 1st meter for power flowing out of the grid - which is at retail rates. And 2nd meter for power flowing into the grid, which should be at wholesale rates (or spot prices). There may have to be legislation such that the wholesale rate is no less than any utility is paid, but that's about it.

      Net metering is a scam on everyone that does not have panels on their house because they end up literally subsidizing the houses with panels.

    6. Re:Lots of costs by Trepidity · · Score: 2

      The problem is that, as currently priced, there aren't any "upkeep fees for the utility, and some small profit bonus for the utility" subtracted. The feed-in credit is at retail pricing, even though it would make more sense to credit it at wholesale, like any other generation source.

    7. Re:Lots of costs by timeOday · · Score: 4, Insightful
      You could say the same of somebody who uses less electricity for any reason - they live in a modestly-sized house, or have a gas water heater and clothes dryer, or just aren't home much - they're cheating the electric company by having a low bill! After all the fixed costs of connecting each house is the same.

      And by the same rationale, are they going to give a discount to heavy users, like people who own electric cars, or swimming pools, or grow marijuana, since the fixed costs are low relative to their high usage fees?

    8. Re:Lots of costs by timeOday · · Score: 2

      Actually the electricity bill already includes a fixed fee for having service (called the Service Charge) which is on top of usage fees. So, now what is the rationale?

    9. Re:Lots of costs by mysidia · · Score: 2

      If your install is big enough that you go negative(spin the meter backwards), you get paid.

      I read my local utility's terms. With a net meter -- you don't get paid with more generation than usage; you get a credit against future usage.

      And it appears there would be some fees that the credit would not be applicable to.

    10. Re:Lots of costs by Trepidity · · Score: 2

      That's only a portion of the maintenance fee: there is a fixed connection fee, and then a portion of the kWh tariff goes to maintenance as well.

    11. Re:Lots of costs by Firethorn · · Score: 1

      I read my local utility's terms. With a net meter -- you don't get paid with more generation than usage; you get a credit against future usage.

      Good to know, I tried to keep it fairly generic - 50 states, probably something on the order of 500 separate electric companies, all with different rules and setups. That's why I merely said 'you get paid', while not specifying how - retail, wholesale, time of use, credit, cash, etc...

      In general a credit against future usage is better than getting paid retail(generally around a third of retail). Time of use gets complicated. Prices for that can vary between ~2 cents a kwh all the way up to over 40. If you can score some extraordinarily cheap batteries and some fairly complex computer controls you could probably make good money playing with that.

      --
      I don't read AC A human right
    12. Re:Lots of costs by khallow · · Score: 1

      As for this $4 fee... last I heard, our electric company had a program where you could buy solar sells from them and net-meter, their admin fee (on top of everything else) was over $30/month... so I don't see why people complain about $4!

      One of the complaints is that once the fee is in place, it could be inched up year after year.

    13. Re:Lots of costs by Anonymous Coward · · Score: 0

      Shouldn't the UTILITY pay 'maintenance fees' to the homeowner producing the power?

      I'd imagine it'd all even out in the end.

    14. Re:Lots of costs by mellon · · Score: 2

      We have net metering, but they still use two meters; otherwise there's no way to tell whether you were generating a shitload of power and using a shitload of power, or generating nothing and using nothing. I think this varies depending on local policy—if there is no subsidy, there's no need for two meters, but it's still interesting to collect the data, both for you and for the power company.

    15. Re:Lots of costs by mellon · · Score: 1

      Rather than imagining, it might be informative to actually do the math.

    16. Re:Lots of costs by Anonymous Coward · · Score: 0

      I actually do agree with the people arguing that people should be paying the line maintenance fee, but these power companies are paying them for electricity because they are putting it back into the grid that the power companies are selling to other consumers; it is in no way out of the goodness of their hearts.

      The problem with $4 versus $30 is not the [large] difference, rather it is that the $4 will eventually increase just like it increased from $0 to $4. I don't mind the concept of it, but, to put it into context, these things have a way of turning a $32 bill into a $100 bill because no one cares about that $4 fee (or the other one, or the other one, or the other one, etc).

    17. Re:Lots of costs by green1 · · Score: 1

      As others have pointed out, it seems like the best choice would be to completely separate the fixed and variable costs on the bill (not just for solar producers, but for everyone) so that everyone pays the fixed portion that keeps the wires in the air and the people from being electrocuted, and then a use charge for how much they use. For a solar producer the fixed charge would be identical to their neighbour who doesn't produce, but the variable portion would be way lower (or even negative)
      A special charge for just the solar producers is entirely the wrong way to go about it.

    18. Re:Lots of costs by dk20 · · Score: 1

      I think you are either lucky, or are missing some of the "add on" fees.

      Looking at my bill (Veridian, for Durham region in Ontario).
      I used $298 in electricity on my $492 bill.

      After their "Time of use" calculations helps make sure the bill was sufficiently convoluted i have the following add-on "Charges":
      - Debt Retirement
      - Delivery - This is actually pretty steep at $138.
      - Regulatory Charges
      - 10% discount for "Ontario clean energy benefit". This is probably because everyone complained the bills were getting too high and nothing to do with "clean"
      - HST (our wonderful blanket tax which covers pretty much everything).

      Remember for the longest time we were the "proud" owners of Nanticoke:
      The Nanticoke Generating Station is the largest coal-fired power plant in North America, delivering up to 1,880 MW[2] of power...

    19. Re:Lots of costs by Anonymous Coward · · Score: 0

      "charge it on gross bidirectional"

      You seem to be assuming that the power generated at a home solar installation needs to traverse the entire network back to the power plant for it to be useful. In real life I would assume it is actually "used" by homes/businesses in the immediate area, actually decreasing the wear & tear on the lines by decreasing heating and wear caused by the utilities having to push electricity long distances. Breaking out overall line maintenance for all electric users is reasonable, but as long as solar installs are paying for their own wiring up to the transformer they should pay no more, and possibly less, than the standard user.

    20. Re:Lots of costs by green1 · · Score: 1

      Looking at my last Enmax bill (Calgary Alberta) and after removing the portions for water, natural gas, garbage pickup, recycling, sewer and drainage...
      Electricity use: 458kWh
      8c/kWh = 36.64
      Administration 6.54
      Distribution 12.81
      Transmission 8.91
      Balancing pool allocation -2.59
      Rate riders 3.68
      Local access fee 8.10
      Goods and Services Tax 3.70
      Total: 77.79

      If I were to invest heavily in solar, I could theoretically reduce my bill by 36.64 (plus tax), but that still leaves me on the hook for more than half of it, even if I consume net zero. combine that with the complete lack of any subsidies or grants available in my jurisdiction, and it's a hard sell until I can find a way to go off grid completely.

    21. Re:Lots of costs by Anonymous Coward · · Score: 0

      This is how it work where I am (BC, Canada). There is a flat "basic charge" to cover the infrastructure (15.27 cents/day) then another fee for the actual usage (6.9 cents per kWh up to a limit of 1350kWh then 10.34 cents/kWh over that.). Plus some other nickle and diming (Rate rider and transit levy).

    22. Re:Lots of costs by Anonymous Coward · · Score: 0

      You can see that most clearly with someone who ends up at a net 0 kWh usage. Even though they send power both directions over the lines, since line maintenance is paid for by a portion of the per-kWh fee, and they use net-zero, they don't pay any line maintenance.

      Clearly the person who has invested their own money to generate electricity which relieves the utility of having to procure additional capacity should also foot the bill for maintaining the grid that distributes the discounted power the utility gets to mark up for retail sale.

  39. Meanwhile In Kalifornia.... by freeschwag · · Score: 1

    Current smart meters just run backwards when you generate power, no second meter or upgraded equipment is needed. They have it locked down out here, to the benefit of the 1% of course. Current regulations do not allow private home solar systems to sell excess power, your bill can go to zero and any excess is free bonus to the power company. :/ I'm surprised they don't impose a fee here to "offset" the cost of accounting for and distributing that excess. :)

    --
    Tweet, tweet, all id10t's out of the gene pool, open swim is over.
  40. The best way to check your own opinions by rbrander · · Score: 1

    ...is to turn the question around. There are two electrical generation utilities connected by a wire: your solar panels and their big fossil plant. Their problem is that they are *required* to buy power from yours when yours happens to be generating, whether they need any power or not. They *have* to turn down or shut off their big plant whenever your system feels like doing some output.

    How would most of us feel about being *required* to buy electrical power whenever their plant is underutilized and needing some extra work? Plus, they can build it up all they want and thus make you buy more?

    It all imposes costs and they're attempting to recover them. That said, all profit-making utilities love to exaggerate their costs to regulators so as to be allowed higher income, all such claims need to be checked, and the budget for the checking - and the internal information made available to the checkers - needs to be as much as the utility had for the request to the regulator.

    With that caveat, there's nothing wrong with this; the system imposes a cost, they deserve compensation. Any contrary view is really based on a belief that solar power people are inherently "good" and the utility is inherently "bad" by using fossil fuels and thus deserve to be punished for their sins.

    1. Re:The best way to check your own opinions by mdsolar · · Score: 1

      Well, they are required to serve customers. If that makes them feel bad, maybe they should get into a different line of work. Solar makes electricity cheaper for customers, so they should be serving that interest.

  41. Re:Gov't in infrastructure by Grishnakh · · Score: 0, Troll

    In a libertarian's ideal world, you'll only have one road to your house (since obviously, there's only room for one; it's kinda hard to have two roads joining up at one driveway), and you'll simply have to pay a toll to whoever owns that road. And since you have no choice, you'll have to pay whatever toll that person or company wants you to pay. But libertarians don't see the problem with this.

  42. Re:Gov't in infrastructure by clarkkent09 · · Score: 2

    So free market caused "geographical areas being locked into a choice between AT&T and Time Warner"!? I don't think you quite understand what free market means. It is regulation at the local level that gives monopoly to ISP providers over certain geographical areas, not the free market.

    As for government getting it's hands off military industrial complex, you got it wrong again. The primary purpose of the government is the national security, that's one thing that can't be privatized. This is not to say that there isn't an enormous amount of waste and corruption in defense procurement, just like in everything else government does.

    --
    Negative moral value of force outweighs the positive value of good intentions.
  43. They are doing it wrong by davidwr · · Score: 1

    Just charge every customer a flat "connection, billing, and because-we-love-your-as-a-customer fee" on top of metered usage and be done with it.

    OK, I was joking about the because-we-love-you part but utilities have costs that are "fairest" to bill by the kW/h or other per-use basis and costs that are "fairest" to bill on a per customer-per month or per-customer-one-time basis. In a capitalist system, it's up to the companies to figure out how to make money. In a regulated system, sometimes the right thing to do is to bill each customer a one-time setup charge to cover "one time costs" of setting up the account, a recurring fixed monthly charge to cover recurring monthly charges that don't depend on usage, and an energy charge (or refund) based on net usage.

    --
    Knowledge is how to play a game, intelligence is how to win, wisdom is knowing what game to play.
  44. Solar panel owners are the one percenters by Anonymous Coward · · Score: 0

    They obviously should be required to donate the fruits of their labor to others. They take a free resource and then either hog it for themselves, or expect others pay for something they literally captured from the sky. 50% of the solar energy they produce should be given to the government and the utility to redistribute to others. It's only fair that they pay their fair share due to their ill gotten gains.

  45. Two birds, one stone by Anonymous Coward · · Score: 0

    Sounds like the rate per kWh is too high and the connection fee too low - for everybody, not just solar users.

    If the connection fee alone is not covering maintenance, and some maintenance costs are paid for through the sale of units of electricity, and solar installations reduce the number of units sold - that's a pricing problem the utility can solve by removing the maintenance subsidy from the rate per kWh and increasing the connection fee.

    But the current "solution" fixes 2 problems at once for them - the maintenance costs AND those goody-two-shoes meddling kids that are cutting into their profits with decentralized solar generation.

  46. Prisoner's dilemma by Okian+Warrior · · Score: 2

    There is a cost of spinning reserve and grid stability maintenance. Why shouldn't those who need it or negatively impact it pay for it?

    The answer has to do with the Prisoner's Dilemma. What is best for the individual may not be the best for society, and what appears to be a sub-optimal choice for the individual often turns out to be better for the individual in the long run if everyone makes the same choice.

    For a concrete example, consider the Polio vaccine. There is a small chance of getting polio from the vaccine, so from the individual's point of view it makes no sense to get your kids vaccinated. If everyone else is vaccinated, you can forego the vaccination and reduce the risk to your child even further... except that if everyone makes that selfish choice, no one is protected.

    In this particular case, there is now an incentive for people to purchase batteries and disconnect from the grid (or perhaps purchase batteries and not back-sell electricity). Instead of having the public service managing grid load using the best possible method with economies of scale, the problem is distributed among many small players. It's a narrow-minded view of an externality.

    People have an incentive to spend revenue purchasing the batteries, and spend time dealing with installation/setup/maintenance/disposal rather than a few people doing this in bulk. The aggregate loss of productivity to society is much greater. Environmentally speaking, there will be lots of batteries in landfills in 10 years or so.

    There is an incentive for less electricity put into the grid to be made available for others. The market has less "liquidity" now, generally considered (economically) to be a bad thing. The utility will need to generate more energy to compensate, which will result in more expenses and more environmental damage, and these changes may cost the utility more than the revenue from the monthly fees.

    People without solar panels had the burden of an extra expense. Rather than viewing the expense as unwarranted, you could view it as an incentive to purchase solar panels, which is generally better for society.

    Public services are corporations and as such want to make as much money as possible for their stock-holders. They only view this in terms of revenue - they could also consider the expense of externalities, and make decisions to maximize stockholder value rather than narrowly focusing on profit.

    1. Re:Prisoner's dilemma by TheMeuge · · Score: 4, Informative

      Just to get the facts straight, the live attenuated polio vaccine is not used any more because the risk/payoff ratio changed so drastically (largely because of its success). We have the inactivated vaccine, which is not as effective, but does not carry a risk of disease. When the pool of the infected is low enough due to suppression by the live vaccine, there is no reason to use the live vaccine anymore.

    2. Re:Prisoner's dilemma by mellon · · Score: 2

      The grid tie fee would have to be a lot more than $4.90/month to make the batteries look economical. Have you priced an off-the-grid system? Have you tried living on one? It either requires major lifestyle changes, a truly immense investment in panels and batteries (plus ongoing maintenance costs for the batteries) or a generator that will be running more often than you'd like, burning fossil fuels less efficiently than a big plant would. Anybody who buys batteries in response to this policy is cutting off their nose to spite their face.

    3. Re:Prisoner's dilemma by foobar+bazbot · · Score: 1

      The grid tie fee would have to be a lot more than $4.90/month to make the batteries look economical. Have you priced an off-the-grid system? Have you tried living on one? It either requires major lifestyle changes, a truly immense investment in panels and batteries (plus ongoing maintenance costs for the batteries) or a generator that will be running more often than you'd like, burning fossil fuels less efficiently than a big plant would. Anybody who buys batteries in response to this policy is cutting off their nose to spite their face.

      It's not as simple as you're trying to make it. Adding batteries is not the same as "off-the-grid". In some places, a single meter is used, and the net power consumption is charged at retail rate. In other places, two meters are used; one measures power consumed from the grid, which is charged at retail rate, the other measures power generated, which is credited at wholesale rate. For single-meter systems, batteries are pointless aside from off-grid capability (thus I suspect you may have been thinking about these); for the two-meter systems, though, they can make sense.

      Consider a simplified model: the solar panel generates 1 kW from 0600 to 1800, and the only power consumption is lighting, which consumes 1 kW from 1800 to 0600. With a single meter, the meter runs forward 12 kWh every night, then rolls back those same 12 kWh the next day. Net consumption, zero kWh, so why would you buy a battery? You wouldn't! Not only will it not save you anything, it'll actually cost you, because it takes more energy to charge than you recover on discharge -- so now your net consumption is positive.

      But with two meters, suppose the wholesale pricing is 3c/kWh, while the retail pricing is 12c/kWh. Your consumption meter racks up 12 kWh a night, and your generation meter racks up 12 kWh a day. You pay $1.44 a day, minus $0.36 a day for your generation, or $1.08/day.

      Now suppose you add 1 kWh of battery storage with 50% round trip efficiency (so it takes 2 kWh to charge, but you only get 1 kWh on discharge) -- now you're consuming 11kWh for $1.32/day, and generating 10kWh for $0.30/day -- your power bill decreases from $1.08/day to $1.02/day!

      Better yet, if you can afford it, you'll buy a whole 6kWh of battery, and your solar panel will spend all day charging it, and it will power your lights for 6 hours.* Now your consumption meter only shows up 6 kWh/day ($0.72/day), and your generation meter shows nothing! Now it may or may not make economic sense to buy this battery -- you're saving 36 cents a day under our assumptions, but the battery system may cost more or less than the actual savings depending on the relationship of actual battery system prices with actual electric prices (both wholesale and retail), the actual round-trip efficiency, and the relationship of your real-world system (where both generation and loads vary day to day) to the model used here. But for some people, this is likely to come out very close to break-even, to the point where the prospect of saving $5/month is enough to tip the scales. The big question is whether such a near-break-even outcome is typical enough that a large fraction of PV-equipped homes will find it profitable to buy batteries and lose the second meter. I don't think it is, so I agree with you as to the ultimate outcome, but I don't have numbers to back that up.

      *Note this is not an off-grid system -- for that you'd either need lifestyle changes (like turning the lights out half the night), or doubling your solar panel and storage capacity, and that's with our criminally simplified model; once you factor in short, cloudy winter days and realistic loads, off-grid is something you really pay for, in $$$ or convenience, as you rightly pointed out.

    4. Re: Prisoner's dilemma by MickLinux · · Score: 1

      Why not a giant concrete flywheel in the ground?

      --
      Correct Horse Battery Staple: 72 bits of entropy. Enter "Correct H" into google. When it generates the phrase, that's
    5. Re:Prisoner's dilemma by mellon · · Score: 1

      Battery systems cost orders of magnitude more than that. And you can make more on your money putting it in a certificate of deposit than in batteries at that rate of return. We looked into this when we were setting up our solar system. Also, grid-tie with batteries isn't as straightforward as you think because you need a more expensive inverter, and you don't have an infinite source to throw your load at, so you aren't even getting the same service.

      There's a reason why electric cars are so expensive, even with the subsidy.

    6. Re: Prisoner's dilemma by Anonymous Coward · · Score: 0

      The problem with flywheels is simply the energy quantities that need to be stored, where flywheels storing that amount of energy must be both incredibly massive and moving at such incredible rates that it becomes very dangerous to service them. Yes, having them in the ground can help, but the bunkers needed to house something like that are also incredibly expensive too (you would need reinforced concrete and it still might cause a seismic event when the flywheel fails).

      What you need to wrap your head around is that huge quantities of energy are collected, and the trick is to find a way to store it for future use. There are no real shortcuts when trying to store that kind of energy (on the order of 10-100 kWh or so for an ordinary house... and even that is living rather lean). I personally love the basic premise and concept of a huge flywheel storing energy for future use, but you must realize the incredible engineering challenges that are in place for storing that much kinetic energy.

      By far and away one of the best ways to get that energy stored for future use is simply to turn it into chemical energy, and while not very efficient one of the cheaper ways to do that is to use plants converting that sunlight into sugars of various kinds or complex chains of hydrocarbon molecules. Those hydrocarbons usually are labeled as petroleum or a related term. There are a few other chemical combinations that might work better, but that particular approach is something that billions of years of evolution has been able to create and certainly seems pretty good to me.

      Since you are talking kinetic energy, one other solution to store that much energy is to simply apply that energy into a pump to fill a huge water tank that is uphill/on a tower. In fact, this is a commonly done practice where the engineering of hydroelectric systems has well known properties and solutions. You of course need a huge amount of room to store that 100kWh of electricity, but pumps to shove the water uphill are quite efficient and extracting the energy from falling water (assuming even a closed system that simply recirculates the water from two tanks at different levels) is even more efficient. As long as the tanks (especially the upper tank) doesn't spring a leak the water can also be stored indefinitely... something that flywheels don't offer as friction losses alone are enough to cause the system to lose energy over time.

    7. Re: Prisoner's dilemma by MickLinux · · Score: 1

      Yes, I remember seeing the Bath county hydroelectric project, much like what you describe.

      For the engineering challenges regarding flywheel storage, you can go one of two ways: carbon composite flywheels that go incredibly fast, or giant-radius heavy flywheels that go at moderate speeds.I was thinking of the latter.Admittedly, the latter is more useful for wind, where the large mass of the wheel and housing can also hold the windmill in place.

      --
      Correct Horse Battery Staple: 72 bits of entropy. Enter "Correct H" into google. When it generates the phrase, that's
  47. Common sense is lost by pcampbell2708 · · Score: 1

    Alright, lets look at this. I install solar panels to reduce my monthly electric bill, not completely disconnect. AP now wants to charge me $4.90 a month for using less of their service/selling them my extra energy. Question I have for everyone talking about AP workers and maintenance cost. If I disconnect completely instead, should I be paying AP $4.90? If you answered "No", then why should someone still connected (and using) AP have to pay $4.90 because they are using less / AP has to buy tiny amount of excess energy? And yes the excess is a very very small amount. What the people should do there is completely disconnect and move to pure solar and wind with battery backup. At least those outside the Phoenix cluster. But wait, is that even legal? ....

  48. Re:Gov't in infrastructure by Anonymous Coward · · Score: 0

    Exactly. Market failures exist, but it's a core part of libertarian doctrine to pretend they do not. So keeping in mind that economics is unscientific and more or less equivalent to a religion, the concept of a 'market failure' -- in this case, represented by the natural monopoly of a utility company -- is quite literally anathema. It is the central insanity of the Church of the Free Market, and the amount of True Believers in the United States beggars belief.

  49. Re:Gov't in infrastructure by whistlingtony · · Score: 4, Interesting

    People in the 'States scream about Big Government...

    Oddly enough in most of Europe, with their big government that actually regulates industry, you see MORE competition in broadband, in cell service. Weird. Almost like businesses get too huge, start monopolistic practices, and NEED to be wacked with a stick once in a while.

    Remember folks, there's a world outside the USA, and it works pretty well for a lot of things. Our culture/economy/law is not a universal Truth for the world.

  50. Wait, $5 will discourage... by EmagGeek · · Score: 1

    ... someone who spends $25,000 on solar panels from installing their system? Am I really supposed to believe that?

  51. Re:Look up those words before you use them by Anonymous Coward · · Score: 2, Informative

    They smooth out peaks during Summer because the hottest & sunniest part of the day where you need your AC on full blast here in Phoenix, the panels are also hitting their maximum output.

    This is not hard to figure out.

  52. Re:Gov't in infrastructure by sir-gold · · Score: 1

    At this point, the government is the only thing preventing monopolies. For example, if it wasn't for the government, there would be only 1 phone company in the entire US today (at&t), and you would be renting your cellphone from them instead of buying it outright.

    It's not government stopping competition, it's anti-competitive businesses stopping competition. Why do things better than your competitor, when you can just borrow a bunch of money and buy your competitor outright.

    We didn't get into this ISP/Phone/cable/power monopoly situation because of government interference, we got this way because the government STOPPED interfering in the 1990s

  53. Where does your tax money go? by Anonymous Coward · · Score: 0

    make 50K? total 608 / year (single person) goes to war, social security, welfare, international aide.
    4000 goes to corporate subsidies like these.
    Ever wonder why America is so far behind?
    Now you know

  54. Re:Gov't in infrastructure by sir-gold · · Score: 1

    Generally the way it works is that a few local cable providers will bid for a municipal contract, and as soon as one of them wins, comcast or time warner swoops in and buys out the winning company.

    Even if a city allowed 4 or 5 different companies to set up competing networks it still wouldn't matter, because comcast would just buy-up all 5 companies

  55. Shouldn't be a fee for just owning panels... by Anonymous Coward · · Score: 0

    The only rational case is for a fee for those who run "net metering" and sell power back to the utility. If you have appropriate isolation so that your solar installation never back-feeds the grid, there is no case for a fee to be applied.

  56. And that's why by koan · · Score: 1

    Critical infrastructure items should never be privatized, it's simple greed.

    The law should be every new home made has to include X amount of solar and has to be wired into he grid, imagine the drop in profits for the snareholders.

    --
    "If any question why we died, Tell them because our fathers lied."
  57. Monopoly power by bussdriver · · Score: 1

    If these were community owned (government) power services, like water, sewer and the roads we'd not have these troubles. As private monopolies they funnel our money to undermine and corrupt democracy by larger amounts than we give to our local officials to run for office -- and with our own money! You've already got publicly funded elections-- but with a middleman controlling your money!

    They have no incentive to promote alternative energy sources or reduce power consumption and play clever tricks to maximize profits. My power company has promos on conservation which amount to being marketing and merely placate the already ineffective and captured regulators so they can APPEAR to be doing the right thing. We have high connection fees with low power costs which discourage anybody from investing in alternatives themselves... plus again, it makes them APPEAR to look good because simpletons only notice the price per kWh.

    If they managed the ROADs, you'd pay a high monthly fee to have a road to your house, you'd pay a rate per mile traveled; they'd add higher fees for other kinds of transit (bicycles, buses, light rail) because they simply would want to compensate for their profit lost -- with a made up excuse, naturally.

  58. Nice try by Anonymous Coward · · Score: 0

    Arizona still has a long way to go before they fuck everything up as badly as Florida.
    Free Enterprise FTW!

  59. Ouch, bad electric company by Firethorn · · Score: 1

    1. 8 cents, US or Canadian, is below average cost for the continent
    2. Fees everywhere - sounds like your company doesn't want to 'deal' with solar. $30/month for the 'privilege' of net-metering? Man, that's easy, and if you want to know how many kwh your solar system is producing, generally the inverter system has a much more in-depth tracking system such as keeping track of the production rates at different times (How much power did I generate between 0900-1030 every Tuesday for the last year?) Net metering is generally the easiest for the electric company to handle - they just keep reading 1 meter every month(or so) just like normal.

    BTW, my electric company is something like $50/month even if you don't use any power, so I feel your pain.

    --
    I don't read AC A human right
    1. Re:Ouch, bad electric company by dk20 · · Score: 1

      If his bill is like mine (Time of Use based) its 8 cents as NO ONE wants the power at that time.
      http://www.ontario-hydro.com/index.php?page=current_rates

      When people do want to use electricty (say heating our houses in the winter while we are home and awake) its closer to 12 cents.
      Out of interest, here is what it looked like in 2011 and the current rates (2013).

      2011
      off peak 5.9
      mid peak 8.9 (50% more)
      peak 10.7 (20% more)

      2013
      off peak 7.2
      mid peak 10.9 (51 % more)
      peak 12.9 (18% more)

  60. wind? by BradMajors · · Score: 2

    But, no fee if you instead install a wind system?

  61. It is worse than you think... by pubwvj · · Score: 2

    Here in Vermont if you 'sell' via grid-tie you're not paid, rather you get a 'credit' that you must spend before the end of the year. Then at the end of the year the power utility company 'donates' your accumulated credits to itself. Since most power is generated in the sunny months of warm weather and most power is needed during the cold winter months this means the power company comes out way ahead. All summer and fall you are accumulating power credits and then they steal them, oops, I mean donate the credits to themselves so that all winter when your system is producing little power you must buy power and can't use your accumulated summer credits.

    On top of that they charge a hookup fee and a monthly fee for services, a meter reading fee (although they don't actually read meters anymore) and a energy efficiency fee and then taxes on the power you generated too.

    Net metering is a sweet deal for the electric power companies.

  62. Re:Gov't in infrastructure by fritsd · · Score: 1

    Taking your example of roads: how would you picture a road system for a city that allows for multiple "road providers?" How would new players enter the market?

    <humor>
    That's easy: just learn from the history of messr. Richard Turpin
    </humor>

    (I added the humor tag in case Roman Mir thought I was serious)

    --
    To be, or not to be: isn't that quite logical, Slashdot Beta?
  63. Utility costs by Firethorn · · Score: 2, Interesting

    After all the fixed costs of connecting each house is the same.

    Not really, especially when you get into the back-end. This gets complicated, I'm not an expert, I mostly worry about field capacity, stability, and such using generators in remote locations.

    Somebody who merely uses less electricity isn't as much of a load on the electric lines as somebody who puts solar lines up, as aaarrrgggh mentions.

    That's because, just like roads, while there's a fixed component to just having a line somewhere, there's also costs associated with sizing the lines based on maximum load and costs based on wear&tear on actually shipping the power. Most electric equipment is high durability, but there is gear that wears out, besides things like weather damage.

    With just lowering usage you can shrink the size of the lines(or don't upgrade as you expand). Now consider the house w/solar panels situation - The house is using just as much power at night, so you can't shrink the lines, but now it's producing power during the day when people are generally not home, which translates to current on the lines(losses). Right now that doesn't matter much in most areas because vampire drain and such from homes to do things like keep fridges running and AC/DC converters warm, as well as homes with occupants means the power won't go far. But if you get enough solar panels now you need the infrastructure set up to move the power away from the neighborhood to the rest of the grid.

    As for the last part of your comment, while I don't live there anymore, my old utility in ND would cut your rate by about a penny for any kwh over ~1k/month. It's political maneuvering why places like California charge you more per kwh if you 'use too much'.

    --
    I don't read AC A human right
    1. Re:Utility costs by Anonymous Coward · · Score: 0

      With just lowering usage you can shrink the size of the lines(or don't upgrade as you expand). Now consider the house w/solar panels situation - The house is using just as much power at night, so you can't shrink the lines, but now it's producing power during the day when people are generally not home, which translates to current on the lines(losses). Right now that doesn't matter much in most areas because vampire drain and such from homes to do things like keep fridges running and AC/DC converters warm, as well as homes with occupants means the power won't go far. But if you get enough solar panels now you need the infrastructure set up to move the power away from the neighborhood to the rest of the grid.

      Um, you still have the lines, as you pointed out earlier. They do carry power both ways, right??

    2. Re:Utility costs by Firethorn · · Score: 1

      The trick is that while power lines are indeed naturally bidirectional, there's a hell of a lot more involved in AC transport infrastructure than just power lines. If you're staying in the neighborhood you only need to worry about the local power lines(not a big deal). It's when the power starts hitting transformer switchyards and such in significant amounts that it starts becoming a bigger deal.

      It's a bit like the difference between pure gasoline and 'gasohol'. It's not that big of a deal to run ethanol-spiked gasoline in a vehicle designed for it, but it is a big deal for engines that weren't designed for it in mind. Most of our power infrastructure wasn't designed for it, so it needs to be 'tweaked'. Not a big deal on an individual basis, but the sheer scale makes it one.

      --
      I don't read AC A human right
  64. Service Charge surcharge by tepples · · Score: 1

    I guess the extra cost to the utility to interoperate with a grid tie justifies a higher Service Charge for grid tie customers.

  65. I live in Arizona AND have rooftop solar by Anonymous Coward · · Score: 2, Informative

    This thread is full of a bunch of people who aren't from Arizona and don't have rooftop solar. I, on the other hand, am from Arizona and have rooftop solar.

    I live in Tucson and have electric service with TEP. Everyone, including those with and without rooftop solar, already pays a $10/month "Customer Charge". Reading verbatim on the back of my bill, the Customer Charge is "A fixed fee that helps cover the cost of maintaining electric service to your address. This fee does not vary with usage." Solar customers, as well as everyone else, already pays $10/month to maintain the grid. Now the Arizona Corporation Commission is unfairly telling the solar customers that they have to pay more than the non-solar customers to maintain the grid.

  66. Re:Gov't in infrastructure by fritsd · · Score: 0

    Utilities are weird though.. there was a complicated operation done on the utilities in the Netherlands, whereby 1 company owns the entire grid (Tennet, government-owned I believe) and the other ones compete on a spot market to provide electricity on it. There are all kinds of subtleties involved to make it efficient; I don't understand the half of it.

    I do remember seeing a picture in the newspaper about a 2-person utility company, grinning in front of their Ferrari. I presume they were some kind of go-in-between provider.

    --
    To be, or not to be: isn't that quite logical, Slashdot Beta?
  67. Corporate welfare by Anonymous Coward · · Score: 0

    In other places, the extra power goes to the grid, and the power company *pays people for the power they produce*! Most places give incentives for people to produce their own power (it also solves a lot of problems like when the utility fails and people still want electricity). How exactly is this not corporate welfare? Its up to the state to ensure that stakeholders have a return on investment? Is Arizona that hard up for electrical power corporations that they have to provide a guaranteed return to the power company? This is so bass ackwards its not funny.

  68. The monopoly works both ways. by Anonymous Coward · · Score: 0

    In my area, I have to buy from a single power company. No one else is allowed to string power lines to my house. So, it should work both ways. If I have to buy from them at whatever they want to charge, then they have to buy from me in the same way.

  69. Net-metering = more complex IT systems by TimTucker · · Score: 1

    Supporting net-metering requires adding additional complexity to all the billing, customer service, and other IT systems at a utility.

    That leads to more things to build and test when making changes to those systems -- the cost of which could be very much out of proportion with the number of customers who have net-metering.

  70. terrorism counter-argument by fritsd · · Score: 1

    This is America, where undercutting the large corporations doesn't make you a good citizen, it makes you an enemy of the state.
    If people had solar, that would undercut oil. And they're not going to allow that.

    Well, here's something to think about; a nice "teh eevil terrists" counter-argument: Distributed power generation, like solar or spread-out wind, is terrorism-proof. It would take thousands of coordinated attacks (people climbing around on your roof wearing a bomb girdle ?!?) to take down the grid in case of terrorism or war.
    On the other hand, a centralized nuclear power plant, or a coal power plant, is NOT terrorism proof. It needs just a single terrorist engineer, undercover for as long as it takes to be in the "inner circle" with access to the "Homer Simpson control room" to bring the grid down.

    This argument was particularly potent in the '70s-'80s, when governments seriously considered building fast breeder reactors: You'd need a police state to protect the reactor from terrorists so it doesn't contaminate your own country; and you'd need a surveillance state for background checks on the engineers allowed to operate it. Basically, you'd need a police state. With central control of the electricity (just cut off any provinces or states that get too "uppity").
    Of course, some people were obviously all FOR it.

    --
    To be, or not to be: isn't that quite logical, Slashdot Beta?
  71. Re:Gov't in infrastructure by Anonymous Coward · · Score: 0

    ... Our culture/economy/law is not a universal Truth for the world.

    The US spends a lot of time telling the rest of the world what the laws on banking/illicit drugs/patents & copyrights/terrorism will be. The rest of the western world is now rushing to pass indefinite detention and 'stop & frisk' laws against its citizens. Oh, the US also decides who is an 'approved' country and who isn't.

  72. Natural monopoly is a myth by tepples · · Score: 1

    you can't have someone competing directly with a public utility monopoly.

    Natural monopoly is a myth. Government-granted utility monopolies reflect the municipal government's failure to efficiently use the space under its roads. Cities should bury conduit and sell real estate inside the conduit at reasonable rates. At that point, cities would renew utility franchises on nonexclusive terms, allowing two power companies just like there are two Internet companies (DSL and cable).

    1. Re:Natural monopoly is a myth by Grishnakh · · Score: 1

      How does that work out for high-voltage transmission lines? Or roads? It doesn't.

      I'm surprised you libertarians haven't tried starting your own church yet; you already have a religion that makes about as much sense as Xenu and the Galactic Confederation and Teegeeack.

    2. Re:Natural monopoly is a myth by tepples · · Score: 1

      Roads I'll grant, as those occupy a highly nontrivial surface area. But why can't high-voltage lines be run underground?

    3. Re:Natural monopoly is a myth by Grishnakh · · Score: 1

      But why can't high-voltage lines be run underground?

      Don't you think someone would have done it by now if it were feasible?

      For a hint, go look at one sometime (or look up a photo of a HV tower). Look how much distance there is between the conductors. That much distance is needed to prevent arcing in the air between the conductors. Now, try to imagine the size of a tunnel that'd be needed to place those wires underground, with the same spacing between the wires, and also between the wires and the surrounding ground or tunnel walls. And no, coating the wires with an insulator isn't going to help much; air is already a pretty effective insulator; you could improve on it a little with something else, but not enough to make a huge difference in wire spacing (which is partly why they don't bother with insulation; it would add far too much expense for far too little improvement).

      Finally, digging tunnels is really, really, really expensive. And tunnels can't cross fault lines; HV lines are used for longer distances, so this would be a real problem since when traversing long distances, you're bound to cross some fault lines.

      So no, natural monopolies are NOT a myth at all. The road bit, which you admit, proves it all by itself.

    4. Re:Natural monopoly is a myth by Anonymous Coward · · Score: 0

      Don't be stupid. If the wires were buried, you'd hardly need to space them apart to avoid " arcing in the air" between them.

    5. Re:Natural monopoly is a myth by Grishnakh · · Score: 1

      You are a total moron. What do you think is going to prevent the wires from arcing when there's no insulator between them.

    6. Re:Natural monopoly is a myth by Bill_the_Engineer · · Score: 1

      Don't you think someone would have done it by now if it were feasible?

      The reason is cost. It is MUCH cheaper to use overhead transmission lines than it is to go underground. Suppliers for HV underground power distributions include Borealis and ABB.

      --
      These comments are my own and do not necessarily reflect the views or opinions of my employer or colleagues...
    7. Re:Natural monopoly is a myth by Anonymous Coward · · Score: 0

      You must live in a poor area. I notice a lot of rickety overhead power lines in those places.

      Where I live, all of them are under ground.

    8. Re:Natural monopoly is a myth by Grishnakh · · Score: 1

      Is Slashdot really this full of complete morons and idiots? You're talking about low-voltage residential power lines, idiot, not high-voltage transmission lines. This place has really devolved into a den of morons over the years.

    9. Re:Natural monopoly is a myth by TheRealHocusLocus · · Score: 1

      "But why can't high-voltage lines be run underground?"
      Don't you think someone would have done it by now if it were feasible?

      Glad you asked. I'm trying to convince people not only is it feasible, it is high time to get on with it.

      Air isn't a very good dielectric and in wet weather it gets even worse, see this list of insulator breakdown voltages. Glass has 40-100 times the dielectric strength of air, so yes, HVDC conduits ARE possible in standard sized trenches.

      You have to realize that when most of the country was spanned, suspended cable on tall pylons in their wide right-of-way corridors was the cheapest and fastest way to do it. In many areas the real estate presently used for these, some of which is very valuable, can be reclaimed as it moved below ground.

      Here is one company with a design for trench-able electric pipes that could handle 15 gigawatts at 800kv. That's 2.5 times Las Vegas summer peak load. No superconductors or refrigeration, just lots of aluminum. You'll also see a sad note at the bottom, "I have so far found that US-based venture capital investors will not take an interest in the elpipe because it is "too big, too long term."

      This "too big, too long term" dismissal is symptom of serious problems. Venture capital investors, some who already have great-grandchildren, are refusing to even approach infrastructure repair and re-build projects in North America. What do they think the world will be like in 50 years if these things are not done?

      Another company working on HVDC circuit breaker (check that photo, looks like fun). Also check out Roger W. Faulkner [2005]: Electric Pipelines for North American Power Grid Efficiency Security for some calculations on how much aluminum we're talking about.

      Although you'll see a lot of talk about HVDC helping to make wind and solar 'renewables' more practical, I don't think so, because for base load power they are too expensive at any price.

      Neither wind nor solar would save us from extinction in the case of a long harsh Winter or a climate disrupting global dust cloud event. On that point alone I believe every penny spent on big wind and big solar is wasted. I want my children to survive.

      For the big picture on how I believe HVDC pipelines and reliable scalable base load power is the way to go, see

      My letters on energy:
      To The Honorable James M. Inhofe, United States Senate
      To whom it may concern, Halliburton Corporate

      --
      <blink>down the rabbit hole</blink>
  73. $1,764 by tepples · · Score: 1

    Over the 360-month expected service life of a set of rooftop PV panels, $4.90 per month knocks $1,764 off the lifetime ROI of a grid tie. In a borderline case, this $1,764 might tip the scales between installing and not installing PV panels.

    1. Re:$1,764 by sribe · · Score: 1

      Over the 360-month expected service life of a set of rooftop PV panels, $4.90 per month knocks $1,764 off the lifetime ROI of a grid tie. In a borderline case, this $1,764 might tip the scales between installing and not installing PV panels.

      Bullshit. NPV of $1,764 spread out over the next 30 years, compared to upfront project cost, is so minor that such a "borderline" case would clearly be a case in which one should not be considering the project regardless.

  74. Wire up the PV panel without a grid tie by tepples · · Score: 1

    Let's say I don't put up that many panels, but just one of them. That produces about the same amount of power that my fridge uses daily. So in fact, there is exactly zero difference between putting up a panel, and buying a new energy star fridge.

    Then wire up your house so that the PV panel doesn't pump any power back into the grid. Run the fridge on a separate circuit with a flywheel to store the panel's energy.

    1. Re:Wire up the PV panel without a grid tie by Jeremi · · Score: 1

      Then wire up your house so that the PV panel doesn't pump any power back into the grid. Run the fridge on a separate circuit with a flywheel to store the panel's energy.

      That is a good idea, and I think at some point more people will start doing it (or something equivalent), but it does come with some limitations:

      - You have to pay for the energy storage system
      - You have to maintain the energy storage system
      - You have to accept any risks that come with storing a large amount of energy in or near your home
      - The energy storage system will have a finite storage capacity. That means that whenever you are generating surplus power and the storage is full, you'll have to throw the "extra" power away. Also, whenever you're not generating enough power and the storage goes empty, your lights will go out.

      The grid, OTOH, solves all of those problems for you (although it adds the problem of having to deal with the local power company instead).

      --


      I don't care if it's 90,000 hectares. That lake was not my doing.
  75. Other customer charges by tepples · · Score: 1

    But I'm waiting for the day when I walk into an ice cream store am told that my ice cream cone is $3 and there's a $10.60 customer charge for a total of $13.60 for my ice cream cone.

    It wouldn't be without precedent. Credit cards with high credit limits and high rewards, such as the American Express Delta SkyMiles card, charge an annual fee. Warehouse clubs such as Costco and Sam's Club charge an annual fee to shop there. A multichannel pay TV operator charges an annual fee to be allowed to order pay-per-view movies and pay-per-view sporting and sports-entertainment events. Apple and Microsoft charge an annual fee to run software that you wrote on an iPod touch, iPhone, iPad, or Xbox 360 that you own.

  76. Re:Look up those words before you use them by calidoscope · · Score: 3, Interesting

    Obviously you have never taken a look at the California ISO website during the summer, which gives real information on demand and production. as opposed to rants of solar fanboys writing for Wikipedia. Peak production from solar occurs at 12 noon, peak demand occurs at 6PM. Solar does help with energy production during the hottest part of the days but is no help when demand is highest and thus does nothing to reduce the need for spinning reserves.

    --
    A Shadeless room is a brighter room.
  77. H2 leakage by tepples · · Score: 1

    your hydrogen will store indefinitely

    How so? I thought compressed H2 had a tendency to leak out of any affordable container. And good luck using it to heat your home through the winter when the sun isn't out as much.

  78. Penalty for not connecting to the grid by tepples · · Score: 1

    Would the penalty for not connecting to the grid be interpreted as a "tax" in the same way that the U.S. Supreme Court ruled that the penalty for not signing up for insurance that conforms to the Affordable Care Act is?

    1. Re: Penalty for not connecting to the grid by Anonymous Coward · · Score: 0

      I suppose it depends on the locality. Here in Gainesville, FL, it's illegal to occupy property without electricity, meaning without giving the quasi-public power monopoly its pound of flesh. I suspect that the fine is levied as punishment for endangering yourself and others by failing to provide for health and safety in the approved manner or some such nomsense.

    2. Re:Penalty for not connecting to the grid by Jeremi · · Score: 1

      Would the penalty for not connecting to the grid be interpreted as a "tax" in the same way that the U.S. Supreme Court ruled that the penalty for not signing up for insurance that conforms to the Affordable Care Act is?

      I don't know. Would the taxpayers be on the hook to provide off-gridders with electricity during emergencies, the same way they currently have to pay for emergency-room care for the uninsured?

      --


      I don't care if it's 90,000 hectares. That lake was not my doing.
  79. Easy Solution by Anonymous Coward · · Score: 0

    Seems like an easy solution to me, tell the power company to disconnect your solar panel from their network and go Fxxx themselves.

  80. Nonsense by ks*nut · · Score: 1

    The utility should pay a fee for being able to have power generated by their customers. After all, the customer is footing the expense of installing the solar panels. What would be really interesting is if there were some competition (gasp!) and the consumer would be able to provide power for the utility that offered the best price for their product.

  81. Erm no by thegarbz · · Score: 1

    Fuck these crooks. $3.7M buys a lot of infrastructure improvement.

    Erm no it really doesn't. $3.7m could buy maybe one or two HV transformer replacements (like for like, this does not include engineering costs). You could maybe upgrade one or two substations. In the street it would buy you a shitload of pole mounted transformers, but as for replacement and installation costs you'd get about less than 10 of those in for that price. You could do quite a bit of LV inspection but wouldn't scrape the budget needed to do HV inspection and maintenance including dropping people onto UHV powerlines via helicopter. You don't get to overhaul a turbine for that money, and even the basic control systems can cost somewhere in the order of that figure.

    The reality is you can't do much at all for $3.7m.

  82. Transistors exist now by dbIII · · Score: 1

    The grid cannot handle that instability

    An old transmission engineer I know (now in his mid 70s) used to talk about that stuff. These days we have semiconductors that can handle the situation so it's no longer difficult.

    I'd say "the grid cannot handle that instability" has not been true in your entire lifetime.

    Where are you getting this shit, recent polsci grads in some sort of thinktank? What is it exactly that you do for a living? You refused to answer last time I asked.

    1. Re:Transistors exist now by Mr+D+from+63 · · Score: 1

      Grid stability requires generation to match demand within tolerances. Power electronics, transistors,or even SCR devices are only for switching to manage power flow, they can't create power. What you seem to think you know makes no sense in the context of this discussion, which is keeping generation in line with the demand profile and the impacts of solar generation ramping up and down on the system.

    2. Re:Transistors exist now by dbIII · · Score: 1

      SCR devices are only for switching to manage power flow,

      Which is exactly the point - we can do this stuff now a lot more easily than decades ago.

      they can't create power

      Which is what your existing peak power sources such as gas turbines are for and with a whole lot of solar you get to use them less. This should be obvious if you know anything at all about the electricity industry or have even read a few things on wikipedia.

      You really should learn more about the subject matter if you want to attack solar this way nuclear fanboy. I'll repeat the question - what exactly do you do for a living that means the kids should listen to you? I can spot your lies since I was an engineer working with electricity generation in the 1990s before going back to work at a university, but who are you to shove this stuff down gullible people's throats?

    3. Re:Transistors exist now by Mr+D+from+63 · · Score: 1

      Dude, you are going in circles. Of course other power plants make up for the gap left when solar drops off....glad you agree.

  83. Re:Look up those words before you use them by dbIII · · Score: 1
    Yes I am responding to your earlier insults and your failure to answer the question of from what authority are handing all these grand pronouncements from (which look like ignorant lies to me).

    Maybe you can explain how panels smooth out peaks? They are not inductive

    There's another example that shows you just string together words that sound impressive without having a clue - induction has nothing to do with being able to supply power at peak times and reduce the demand on other generators.

  84. Re:Look up those words before you use them by Mr+D+from+63 · · Score: 1

    Large spinning generators can help smooth transients because of their inductive nature. VAR flow is where this is seen. Regardless, solar cannot respond to a peak and therefore cannot smooth it. Solar can supply some of the demand that makes up that peak, if the sun is shining at that particular time.

  85. Hidden subsidies are "unfair". by TapeCutter · · Score: 1

    Why shouldn't those who need it or negatively impact it pay for it?

    Agree. Hidden subsidies are by definition "unfair" in a capitalist society- which reminds me, when will (we) the proudly capitalistic coal consumers start practicing what we preach and compensate the rest of the planet for the health problems and environmental damage they have dumped on us over the last century?

    The real cost should probably be even more.

    Acid rain, deadly pea-soup fogs, black lung, AGW, ocean acidification, mercury in fish, dead rivers and reefs, the list is long and the deeds immoral.

    Its only $4.95/mo.

    When the hidden subsidies are removed from coal consumers their bill will be considerably more than $4.95mth. And to show there's no hard feelings, forget the "past due amount" and let a coal consumer deduct $4.95 from their "externalities" bill and add it to mine, I would gladly pay the connection fee for both of us in a "fair" world.

    --
    And did you exchange a walk on part in the war for a lead role in a cage? - Pink Floyd.
    1. Re:Hidden subsidies are "unfair". by sumdumass · · Score: 1

      I'm not sure you can claim hidden costs as subsidies as we all pay for them to get the savings. Seriously, if the costs of power was as expensive as you suggest it would be, I doubt you would even have a computer right now to post that comment with. So while you can look at every aspect of anything and make crap up about the real costs, you cannot really claim it is a subsidy as it is largely a cost paid by means other than money. But more importantly, that process of cheap energy has contributed more to the ability to make a living then the costs of any negatives you can imagine as we wouldn't have the things we enjoy today largely because the costs would be prohibitive to operate them before they got developed.

      So while your rant is well meaning, I think it is short sided on reality.

  86. Re:Look up those words before you use them by Mr+D+from+63 · · Score: 1

    I believe, if you recall,our very first interaction began with you attacking me. I see you still intend to keep it up.

  87. Try a real answer by dbIII · · Score: 1

    Large spinning generators can help smooth transients because of their inductive nature

    Which has nothing at all to do with supplying power at times of peak demand.

    Stop trying to distract the kiddies with big words they don't understand just to attack an energy source that threatens the one you are trying to sell to them.

    1. Re:Try a real answer by Mr+D+from+63 · · Score: 0

      Stop trying to distract the kiddies with big words they don't just to attack an energy source that threatens the one you are trying to sell to them.

      Typical university type, assuming everyone else is an idiot.

    2. Re:Try a real answer by dbIII · · Score: 1

      So answer what I've asked a few times - why should the kiddies take your word for anything? What is it you do that gives you the knowledge you say you have? Why should they take it seriously?
      To me it looks like manipulation by someone with a very shallow understanding but you can set me right if it is not. Go on. You stated in an earlier post that you had already posted about your career on this site so don't be shy.

    3. Re:Try a real answer by Mr+D+from+63 · · Score: 0

      Attacking others whom you don't agree with.
      Isolating terms with an obsessive focus on disproving in any way possible.
      Ignoring the context of discussion.
      Does it really matter what I say? I predict your behavior will not change.
      ..........
      In that context, I will leave you with this parting note; The fart goblin is coming!

    4. Re:Try a real answer by dbIII · · Score: 1

      Since you appear to have set out to deliberately mislead of course I'm attacking you.

  88. avoiding the real issue by Anonymous Coward · · Score: 0

    The issue is not a few dollars a month but the fact that a private electrical utility exists at all. Electric utilities should be publicly owned and run just like highways are. So instead of wasting time on petty rate squabble you should take the bull by the horns and openly support a "socialist" system of public utilities. There are many public utilities in the US already, time for Arizona to get on board.

  89. And what consequences will there be? by Anonymous Coward · · Score: 0

    For someone refusing to pay? Are they going to cut off their electricity?

  90. Arizona Public Power - Solar Challenges by wkaszeta · · Score: 1

    The main article of this thread covers only one aspect of this subject. Over the years Arizona Public Power's (APS) regulated rate structures, developed while solar electric was not a main consideration, evolved such that most fixed costs were monetized into part of the variable (energy) price. Maybe a little too ideal for solar. This balance is likely to get shifted in the next general rate case. Solar has two impacts on the utility, mostly it directly reduces the total customer purchased energy, and secondarily has the utility act like a free battery if there is net metering. Both of these impact the utility revenues and costs. These can be sort of measured by careful accounting. There are also benefits to both the utility and the public, but they are harder to quantify. APS claimed that they see few benefits, but do see costs. Not surprising as you have to look harder and many of the benefits (lower pollution) accrue to the public. APS's main complaint was that this represents a shift of fixed costs from solar users onto the non-solar users because any non recovered costs will be simply added on to the future base rate. No credit is being mentioned that the solar users are investing in a cleaner environment to the benefit of the non-solar users. That is the stated objective of the Renewable Energy Portfolio that Arizona has adopted.

  91. Amish by tepples · · Score: 1

    That depends on how many Amish live in Florida.

  92. Trickle-down economics at its best by Anonymous Coward · · Score: 0

    The only thing that trickles down is bills, malicious indifference, and sneering arrogance from those who consider themselves superior.

  93. Net metering by Firethorn · · Score: 1

    Most areas in the states don't have any subsidies beyond helping with the install costs. Without German-style 'We pay you for every kwh you generate and consume yourself' subsidies two meters just aren't necessary when you're doing net-metering. Because we don't generally have generous purchase subsidies for solar electric, instead paying wholesale or 'deferred credits' most solar installs are quite deliberately somewhat undersized so the consumer still purchases 'some' power. 70-90%, generally speaking.

    On the question of actual usage, collecting the data, you don't actually need 2 meters, you need a fancy one. Most solar power inverters actually have better meters and logging options than the relatively barebone ones most power companies are still using(in the states), especially if you buy one of the add-ons that allow you to log everything to a computer.

    --
    I don't read AC A human right
  94. connection fee.... by Anonymous Coward · · Score: 0

    grid connection fee..... do they not use the same "connection" to sell you power aswell? it seems in their own interest too connect a user?

  95. Ohm Law = reality distortion field now? by Anonymous Coward · · Score: 0

    Whatever happened to Ohm's Law?
    Has it been relegated to just another reality distortion field already?

    It costs power companies anything up to x4 energy to heat up the countryside to deliver enough power to your household.
    So when you sell your solar electricity to the grid, its worth anything up to x4 to them to not supply that through their grid
    but still charge your neighbour for it!
    Unless you happen to live next door to a generating station, Ohm Law applies.
    This is the reality of Ohm's Law the power companies and regulators don't want to face up to.

    How much money the generation companies owes you should depend entirely on how much power
    is delivered to your neighbour from your solar panels without heating up the countryside.
    The power companies should be compelled to measure the effective serial impedance
    between you and the generator and you and your neighbours and then pay you according
    to that difference.

    If the regulators should do their jobs properly in America, instead living off some fat
    reality distortion field, and start taxing the power company profits selectively for heating
    up the countryside according to Ohm Law, then you will see the power companies
    running around like little girlies begging people to install solar panels all day
    so that they can make more money by relying on you to generate the electricity
    than relying on their own expensive heat up the countryside schemes (TM).

  96. crooks everywhere by stenvar · · Score: 1

    So, first solar companies lobby politicians to support solar power and impose regulations on electric companies. Then, electric companies are lobbying politicians to compensate them for lost business. It's crooks on all sides.

  97. Sounds a bit commie to me by dotbot · · Score: 1

    FTA:

    Arizona Public is required to buy solar power from customers with rooftop panels, and the commission agreed with its argument that the policy unfairly shifts some of the utility’s costs to people without panels.

    Come on, comrades, everyone should be supporting one power generation collective. What Arizona Public needs is some solidarity and loyalty from you people of the state. We don't want any individuals breaking away and spending money on fancy solar panels to make their own electricity.

    I find it ironic that an American company is wheeling out communist-like arguments to protect their business.

  98. So do not connect to the grid. by niftymitch · · Score: 1

    So do not connect to the grid.

    Establish a local and grid power distribution in the house
    and never connect the two.

    With some planning (not unlike grey water for the lawn) it should
    be possible to move many home services from the grid to local.

    The most obvious to me are battery charging stations for phones,
    tablets, CARS and more. Automobile batteries are big and have
    a dedicated plug. Use the local plug on a sunny day and the grid
    plug as needed. Hot water and home AC+ventilation are other
    big power consumers.

    Electric autos are interesting because with correct configuration
    they can be both local home storage as well as stored fuel for
    transportation.

    --
    Truth is stranger than fiction, but it is because Fiction is obliged to stick to possibilities; Truth isn't. Mark Twain.
  99. Obama New World Order by Anonymous Coward · · Score: 0

    It is sad we live in a country that long ago gave up on being ahead of everyone only to keep us controlled with old outdated material so that the companies can keep raking us over the coals. Making us pay and pay for substandard service. My favorite is the two big cable companies trying to outdo each other and they both SUCK. When will the internet the way it is go the way of the home phone?? Never you say! I remember back in grade school the government came around to sell us Space program and nuclear emergency and with the latter you will not need a meter because it will be so cheap. That was the first lie that I remember. Space program really did not reach the heights of what we was told.

  100. Re:Gov't in infrastructure by Anonymous Coward · · Score: 1

    A sock puppet account telling someone they lack integrity... I can't decide whether roman_mir is Slashdot's longest and most elaborate troll or just some poor libertarian making a rapid descent into insanity.

  101. rewarding entrenched corporate interests by Anonymous Coward · · Score: 0

    america inc: the oligarch's dream: a governmental patron for corprate interests at the expense of individual citizens

  102. expensive 2-way meters by Anonymous Coward · · Score: 0

    "expensive 2-way meters"

    What?

    Until recently, all meters have had the ability to spin wither direction.

    Cynically, some of the newer meters are like newer odometers that are intended to spin one way only.

    Self inflicted damage if the new "expensive 2-way meters" are more than the previous "2-way meters" that have been around forever...

  103. Re:Look up those words before you use them by Spoke · · Score: 1

    Peak production from solar occurs at 12 noon, peak demand occurs at 6PM.

    If you're going to be an condescending asshole, you might as well get your facts correct. :-P

    Peak production for solar in the summer generally occurs at 1 PM, not 12 PM (during non-daylight savings time the peak is at 12 PM).

    Peak demand for the year is generally between 3-5 PM, not 6 PM and typically around 4:30 PM.

    At 4:30 PM solar output is starting to drop, but is still producing significant power since many utility scale plants use tracking systems which allow production to remain very flat for a few hours around solar noon. Fixed pitch solar can easily be biased towards mid-late afternoon peaks by aiming farther west rather than south which most systems aim for in order to maximize energy production instead of aiming to match production to demand.

    It would not take much storage for your typical home PV system to shift load to the utility peak - probably no more than 5-10 kWh of storage for your typical house.

    References:
    California ISO Today's Outlook
    California ISO Renewables Watch
    California ISO Peak Load History
    Are Solar Panels Facing the Wrong Direction?

  104. Re:Gov't in infrastructure by Anonymous Coward · · Score: 0

    Yes! It seems strange to me how people can be in the government and yet be opposed to big government. It seems to me they try to imply that the govenment is inneficient at running things, but if the government is inneficient at running things and you represent a large portion of the government, isnÂt that admmiting that you are inneficient?
    ItÂs strange, these people seem to dislike their jobs or something yet they hold on to them with their dear lives.

  105. "typical 70-kilowatt solar system" by mattack2 · · Score: 1

    That sounds like it's an order of magnitude too high. Is it a copy paste error?

  106. Net loss? by ebvwfbw · · Score: 1

    Last I knew you lose in the deal with solar. That is, more energy is put into the manufacturing of the cell than you'll get out of it in the lifetime of the cell thereby making this all a boon doggle. Does anyone know if that's still true today? Where to get a great deal on good units?

  107. Re:Gov't in infrastructure by jwhitener · · Score: 1

    The US big government was bought out by massive corporations decades ago.

    Most of the US conservatives that 'hate' government and want to see its power reduced, are also in favor of things that make government ineffective. Money=free speech is popular in conservative circles, but that is the very problem causing the government to be filled by cronies each election cycle.

    I don't care how enlightened your government is, if all major corporations in the world turn their attention to your elections.. good luck.

  108. Re:Gov't in infrastructure by Anonymous Coward · · Score: 0

    I can't imagine why this comment of mine was modded down :-(

    Here's the wikipedia page: http://en.wikipedia.org/wiki/TenneT
    and here's the original source: http://www.tennet.eu/nl/home.html
    It seems like the company is doing extremely well, developing the infrastructure for the European Super Grid.
    Unless one of the two Ferrari-owners modded me down of course...

    So, if solar-powered Arizona makes a HVDC link all the way to one of the Pacific Coast states with lots of wind power (or to Mexico), it would be a win-win for both of them.

    fritsd