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Record Wind Power Levels Trigger Energy Price Fall Across Europe

New submitter Forty Two Tenfold writes "Electricity prices across Europe dropped last month as mild temperatures, strong winds and stormy weather produced wind power records in Germany, France and the UK, according to data released by Platts. The price decline was more marked in Germany, where the average day-ahead baseload price in December fell 10% month over month to €35.71/MWh. On a daily basis, December was a month of extremes for Germany, with day-ahead base prices closing on December 10 and 11 at less than €60/MWh – the highest over-the-counter levels seen all year – only to fall to its lowest level December 24 to €0.50/MWh."

226 comments

  1. bfd by harvey+the+nerd · · Score: 0

    €35.71/MWh from the generator is not exactly cheap by US experience.

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

      Considering that money is not going to subsidize some Arab regime, does not add carbon to the atmosphere, and does not use up a non-renewable resource, I'd say it's a great deal. More, please.

    2. Re:bfd by guevera · · Score: 0

      That's not just not exactly cheap, that's 3x the cost of power here in California -- where we get raped on power prices compared to other states. At the sort of prices TFA lists, I'd be out of business, and lots of people would be living in the dark.

    3. Re:bfd by nxtw · · Score: 1

      More than half of my power comes from domestic hydro, wind, and landfill gas sources, with the rest most likely produced from nuclear and domestic sourced coal and natural gas.

    4. Re:bfd by ShanghaiBill · · Score: 5, Interesting

      €35.71/MWh from the generator is not exactly cheap by US experience.

      The cheapest electricity in the USA today is in Kentucky (coal country) where it goes for about 6 cents/kWh. That is about $60/MWh, which is considerably more than 35 euros. I live in California, and I pay from 12 to 30 cents per kWh ($120 to $300 per MWh) depending on usage tier.

    5. Re:bfd by agurk · · Score: 1

      €35.71/MWh from the generator is not exactly cheap by US experience.

      Only thing I could find on US electricity prices where http://www.eia.gov/electricity/monthly/update/wholesale_markets.cfm

      What is cheap and what is expensive electricity in the US?

    6. Re:bfd by Anonymous Coward · · Score: 0

      Well invest in the technology then. If you're not doing this you're nothing but a hypocritical deadbeat.
       
      Everyone claims they want alternative energy, how many have anted up?

    7. Re:bfd by mspohr · · Score: 5, Informative

      Not sure what you are thinking or if you're confused about units, etc. but ...
      A quick search of US Wholesale prices shows a range of $31 to $71 for last year with highest prices in the Northeast. California was $42 /MWh which is close to the euro 35 ($47) price in TFA.
      So... price for this wind power is on par with US wholesale prices for all (coal, hydro, NG, etc.) averaged together... not really 3x.

      --
      I don't read your sig. Why are you reading mine?
    8. Re:bfd by ShanghaiBill · · Score: 4, Informative

      That's not just not exactly cheap, that's 3x the cost of power here in California

      I think you need a new calculator. 35.71 euros is about $49. That is less than 5 cents/kWhr. Where in California are you getting a kWh for one third of a nickel?

    9. Re:bfd by Mes · · Score: 1

      I assume TFA is referring to wholesale energy prices, so you cannot directly compare that to your retail rate.

    10. Re:bfd by RicktheBrick · · Score: 4, Informative

      My calculations are 60 euro time 1.37 equals 82.2 dollars divided by 1000 or .082 or 8.2 cents per kilowatt hour. .5 euro times 1.37 equals .685 dollars divided by 1000 or .000685 or .0685 cents per kilowatt hour. The most expensive is close to what I pay and the cheapest is far less. At the cheapest rate my electricity bill would be less than 1% of what I now pay. 14.5 kilowatt hours per penny is almost free.

    11. Re:bfd by dbIII · · Score: 1

      You can because if the retail rate vastly exceeds the wholesale rate you know that you are being ripped off.
      Such ripoffs are why solar photovoltaics are very popular where I live despite being an expensive way to generate electricity. Cutting out the middleman becomes worth it when the middleman gets very greedy.

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

      Yeah!

      More Global Warming to drive the wind farms!

    13. Re:bfd by tommeke100 · · Score: 1

      Belgium is around 20 euro cents per kWh for the end consumer. And the end-consumer will just pay what they usually pay.

    14. Re:bfd by Anonymous Coward · · Score: 0

      Uh no. If you're getting 6-9 cents/kW you're absolutely NOT being ripped off. Average day ahead market wholesale for the US is closer to $0.45 per MWh depending on where you live [1] . so yeah, that's a fraction of a cent per kWh, but
      power planning, balancing, and line maintenance is not cheap. Yes, those companies are making a profit. Also the bulk of the profit is on commercial businesses, not residential. A single light manufacturing business might use the same electricity as 2,000 houses and they are paying premium prices for daytime electricity, which home users don't have to pay.
      Now that doesn't mean I'm against PV. Go for it. Many ISO and RTO's love end user PV in competitive markets. They'd rather sell the power you would have used to someone else for more money. The last mile power company isn't too excited about it though because usually they have to reverse meter you and you don't have to pay for line maintenance ( presuming you are completely self sustaining but retain your tie in to the grid )

      Wind is springing up everywhere in the US, but right now there's a problem with using much of that power in that most of their power is generated at night at off peak periods. Until more energy storage comes into those footprints, they are not earning the money they could be. ( water pumps are the norm, super capacitor banks are just too expensive ) . Don't let the press release fool you. This is a major problem in Europe too.

      [1] http://www.eia.gov/electricity/wholesale/

    15. Re:bfd by Anonymous Coward · · Score: 0

      final customers in Germany pay much more than 5 cents/kWhr, 25 cents or so.

    16. Re:bfd by the+eric+conspiracy · · Score: 1

      Yes, but at the retail level subsidies are charged to the end user.

      Not sure the wholesale price accurately reflects the complete picture.

    17. Re:bfd by PopeRatzo · · Score: 0

      I'm not gonna check his calculations, but if the above commenter's math is right, somebody really ought to give him a "+1 Informative".

      And if his math is wrong, never mind.

      --
      You are welcome on my lawn.
    18. Re:bfd by rainmouse · · Score: 2

      Not sure the wholesale price accurately reflects the complete picture.

      Soaring energy bills in the UK is little short of a crisis but with little correlation to the wholesale cost of the energy, I the prices here don't fall at all.

      http://www.theguardian.com/money/2013/nov/16/energy-prices-rise

    19. Re:bfd by aaarrrgggh · · Score: 1

      Wholesale vs retail.

      Distribution charges add $0.07-0.12/kWh. I think that includes the markup on wholesale prices as well.

    20. Re:bfd by Anonymous Coward · · Score: 0

      Costs me a flat rate of $6/month for all of that green shit from my power company.

    21. Re:bfd by ghack · · Score: 4, Interesting

      Although wind power does not contribute to global warming through greenhouse gas emission, it does extract kinetic energy from the atmosphere and therefore may alter global climate even at continental scales

      It may be the lesser of evils compared to some other supplemental energy options but it isn't perfect- and it isn't a good candidate for base load

    22. Re:bfd by tragedy · · Score: 4, Insightful

      Not sure what you are thinking or if you're confused about units, etc.

      I'm pretty sure the poster was dividing 35.71 by 1000 to get KWh price and getting .3571 rather than .03571. Then they said "47 cents per KWh!? That's 3X our residential price!". Fairly simple, and easy, mistake to make when working with with one set that scales by 1000 (kilo, mega, giga, etc.) and another item that scales by 100 (dollars to cents).

    23. Re:bfd by Spoke · · Score: 1

      In California, at least, I'm pretty sure there is no markup on wholesale prices. Utilities get a regulated fixed profit based on distribution charges.

    24. Re:bfd by StarWreck · · Score: 1

      Moses Lake, Washington has a 2.5 cents/kWh industrial rate. Commercial rate less than 5 cents. Its all hydroelectric.

      --
      ... and in the DRM, bind them.
    25. Re:bfd by Anonymous Coward · · Score: 0

      Across the border in BC, the first tier rate for residential is 5.9c/kWh. Hydro as well. If you use a lot then it goes up to 8.9c/kWh on the overage.

    26. Re:bfd by Anonymous Coward · · Score: 0

      I live 15 miles away from one of the nation's largest coal power plants, and another one of the largest less than 100 miles away from that one, and I pay 14 cents per kwh.... seriously screwed up.

    27. Re:bfd by afidel · · Score: 2

      Other than Hawaii almost all US electric generation is from domestic sources since oil is WAY too expensive on a $/BTU basis to compete with coal and natural gas, it's much better used for transportation and for feedstock for the petrochemical industries (plastics, cosmetics, medicine, textiles, etc).

      --
      There are 4 boxes to use in the defense of liberty: soap, ballot, jury, ammo. Use in that order. Starting now.
    28. Re:bfd by Anonymous Coward · · Score: 1

      we have cut down so many trees already, that we have to erect a few million extra turbines.

    29. Re:bfd by angel'o'sphere · · Score: 1

      Wind is a perfect candidate for base load.
      'Zero' running costs, e.g.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    30. Re:bfd by Anonymous Coward · · Score: 0

      Oh fuck off with that FUD. There is no way that could be within several orders of magnitude to the weather disruption of cities.

    31. Re:bfd by Richard_at_work · · Score: 2

      Except it can't guarantee a continuous base load, so there goes its suitability.

    32. Re:bfd by thegarbz · · Score: 3, Informative

      Wind is a perfect candidate for base load.

      I don't think you know what that word means...

    33. Re:bfd by fazig · · Score: 2

      Well, energy prices on the market don't quite reflect the prices for private end users.

      In 2014, as a regular German citizen I have to pay about 0.3 € per kWh, which is about $409.8 per MWh. Combined with all the other living costs here, I can guarantee you that it doesn't feel like "almost free" at all.

    34. Re:bfd by Dan541 · · Score: 1

      So... price for this wind power is on par with US wholesale prices for all (coal, hydro, NG, etc.) averaged together... not really 3x.

      TFA says nothing about the price of wind power. Only that increased supply (vs demand) has caused prices to drop.

      --
      An SQL query goes to a bar, walks up to a table and asks, "Mind if I join you?"
    35. Re:bfd by Anonymous Coward · · Score: 0

      European here: my retail prices per KWh:
      day: 0.22
      night: 0.20

    36. Re:bfd by maxwell+demon · · Score: 1

      You can because if the retail rate vastly exceeds the wholesale rate you know that you are being ripped off.
      Sure, because it costs nothing to maintain the power lines ...

      --
      The Tao of math: The numbers you can count are not the real numbers.
    37. Re:bfd by dbIII · · Score: 1

      Included in the wholesale rate obviously since those charging the retail rate are not responsible for transmission.

    38. Re:bfd by Anonymous Coward · · Score: 0

      How much you pay for a kWh @ home or work is what is important. And in that respect,crappy coal-and-petrol based US electricity is more expensive than (mostly)-nuclear(from France)-and a bit of wind electricity in Germany.

        Btw: ty germany, yousell us wind power @0.50 and buy us nuclear whenyou need @60. That the sort of deal I like.

    39. Re:bfd by Forty+Two+Tenfold · · Score: 2
      THe idiot Soulskill removed this from my submission:

      The price decline was more marked in Germany, where the average day-ahead baseload price in December fell 10% month over month to €35.71/MWh. On a daily basis, December was a month of extremes for Germany, with day-ahead base prices closing on December 10 and 11 at less than €60/MWh – the highest over-the-counter levels seen all year – only to fall to its lowest level December 24 to €0.50/MWh.

      --
      Upward mobility is a slippery slope - the higher you climb the more you show your ass.
    40. Re:bfd by Forty+Two+Tenfold · · Score: 1

      14.5 kilowatt hours per penny is almost free.

      Check the article for price on Xmas Eve. And I'd like to know your opinion about THAT.

      --
      Upward mobility is a slippery slope - the higher you climb the more you show your ass.
    41. Re:bfd by vtcodger · · Score: 2

      There are two different definitions of 'base load' in common use:

      - In one definition, the base load is the minimum amount of power that must be provided at any given time and situation. Ideally, every utility will be able to meet its base load requirements even if all the variable load sources (wind, solar, etc) are simultaneously unavailable. Base Load generation facilities are power plants that can reasonably be expected to be available at any time for as long as is needed -- coal and gas powered power plants, nuclear plants, hydroelectric power.

      - In the other definition, base load facilities are those which must be run at full output if that is possible in order to satisfy economic expectations and eventually pay for the investment in the facility. Unpredictable sources like wind are likely to be baseline load under the second definition, but not the first.

      There are two problem areas here:

      - Using the first definition, a utility must be able to somehow satisfy maximum demand even if major variable supplies are unavailable.

      - Using the second definition, base load sources must be given priority lest the owners lose money. If utility owners routinely lose money, there will be no new utilities built, and possibly no maintenance of existing facilities. The problem is that most power sources are base load sources under this definition, thus everyone must have priority.

      --
      You can't see ANYTHING from a car, You've got to get out of the goddamned contraption and walk...Edward Abbey
    42. Re:bfd by Mr+D+from+63 · · Score: 1

      I think you meant that the article says nothing about the cost of wind power, which is correct. An oversupply is the cause of the price reduction, and that is a result of all of the sources combined, not just wind. The question is, how much money is each source making or losing when prices are depressed? You won't find that information in most of these types of articles, but it is an important factor in future investment.

    43. Re:bfd by LifesABeach · · Score: 1

      Your business model is based on the cost of power in L.A.? Ya, right.

    44. Re:bfd by LifesABeach · · Score: 1

      They're using the metric system for their costs? Then it's anyone's guess. XD

    45. Re:bfd by LifesABeach · · Score: 1

      Maybe that's why one should have more than one wind turbine, and they might be placed in different locations?

    46. Re:bfd by angel'o'sphere · · Score: 1

      Unfortunately, more or less "by definition" most here on /. don't know what it means :D
      Baselaod: the amount of energy you always feed into the greed, regardless of demand. In germany that is roughly 40%.
      Can be done with any plant, as long as you have an at least 1 hour forecast. And that is what we do (yes I'm german, yes I worked nearly 10 years in the energy industry).

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    47. Re:bfd by angel'o'sphere · · Score: 3, Informative

      Both of your definitions are no "definitions".
      They are layman interpretations of the true definition :D

      Baseload: the amount of load you always feed into the grid, regardless of demand. That means even at night when your "demand" is only roughly 30% of the peak, you still feed the typical 40% "base load" into the grid, it is used to fill up pumped storages. Traditionally -- as you explain correctly -- done with cheap plants that run nearly at 100% *all the time*. With the side effect that those plants are also relatively slow in load following

      There are two problem areas here:

      - Using the first definition, a utility must be able to somehow satisfy maximum demand even if major variable supplies are unavailable.

      That is wrong. As *base laod* is not used for *maxiumum demand* but only for far less then half of the *maximum*, the rest is done with load following and peak plants.

      - Using the second definition, base load sources must be given priority lest the owners lose money. If utility owners routinely lose money, there will be no new utilities built, and possibly no maintenance of existing facilities. The problem is that most power sources are base load sources under this definition, thus everyone must have priority.
      That is not true as well. As modern *base load* plants are similar quick in demand change and adaption as normal load following plants. In fact they are the same thing. It is only a planning decision which plants you use for base load tomorrow
      If I know I will have enough wind tomorrow I will plan today how much of that wind power I consider base load.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    48. Re:bfd by angel'o'sphere · · Score: 2

      Ofc it can be guaranteed, or what you think how germany is using wind power as base power? By magic?
      Did it ever happen that a region that had a wind prognosis of lets say 40km/h to 60km/h suddenly had ZERO wind? Or significantly less then 40km/h?
      Don't know how good the weather reports in your country are, but in europe they are very reliable (after all the atmosphere found no trick yet to trick out the scientists on so simple stuff as a 24h wind forecast.)
      And as the other poster pointed out: germany is not huge, but still roughly 1000km from north to south and 700km from east to west. So: plenty of place to have wind farms, so if indeed at one edge the wind vanishes, the rest still produces energy.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    49. Re:bfd by stomv · · Score: 1

      No generator can "guarantee" a continuous base load, and no generator ought do so. What we need to do is guarantee that supply meets demand in every minute of all 8760 hours of the year. Traditionally, that means being able to adjust supply to meet demand, but in the future it will also be adjusting demand to meet supply (think: charging electric vehicles, etc).

      As long as we have enough generation all the time, it doesn't matter if any given generator can provide a continuous level output. Wind alone isn't enough -- but hydro, wind, solar, landfill gas, geothermal, large storage (pumped hydro), small storage (electric vehicles), reducing demand (energy efficiency), large instantaneous demand reduction (demand response), small widespread instantaneous demand reduction (air con/elec heat small thermostat adjustments) may well be enough. If it isn't, combustion turbines (CTs) can be used in a pinch to help with energy, ramping, or regional voltage support.

      "Base load" is a 20th century concept which was appropriate and necessary when the number of generators were small, the grid was vertically integrated, and we lacked the computational ability to accurately understand the outage risks of a large, complex system. As the 21st century progresses, you won't even hear the term "base load" because it's just not something that even makes sense for a modern electric grid.

    50. Re:bfd by Mars729 · · Score: 1

      Although wind power does not contribute to global warming through greenhouse gas emission, it does extract kinetic energy from the atmosphere and therefore may alter global climate even at continental scales

      It may be the lesser of evils compared to some other supplemental energy options but it isn't perfect- and it isn't a good candidate for base load

      All energy sources have pitfalls. The advantage of renewables such as wind, solar, geothermal and others is its renewable and key to the long term survival of the human race at a decent but lower standard of living. When we lose fossil fuels in the coming centuries, provided that civilization doesn't collapse, being forced to rely on renewables will destroy our throwaway culture. To get our money's worth out of renewables will require doing everything in our power to extend the lifespan of our solar panels, wind turbines and so on particularly after all the low hanging fruit is taken.

      The principle disadvantages of renewables are the amount of space required and the unpredictability of them. Wind has unknown effects on global climate and kills flying animals (birds, bats and insects). Solar could have an effect at global scales like wind power. Solar could withdraw some heat from the planet. But could that withdrawal compensate for global warming? I doubt it.

      Fossil fuels have the primary advantages of being energy dense and predicable. So fossil fuels take up less space. But fossil fuels are polluting and will not last much longer.

      Also nonrenewable is nuclear. Nuclear is extremely energy dense and will take longer to use up than fossil fuels. Aside from extremely hazardous nuclear waste that could be used for nuclear bombs, nuclear is relatively clean. Nuclear will likely be turned to when the rate that fossil fuels that can extracted from the planet go into sharp declines and renewables are unable to meet the gap.

    51. Re:bfd by bitterblackale · · Score: 1

      Same price, but from a source that doesn't screw up the planet. Still a win.

    52. Re:bfd by Aighearach · · Score: 1

      Yeah, me too, I'm with a public utility in Oregon and the monthly newsletter a while back was talking about the wholesale rates and how the investments they made in wind a decade ago are paying off, and that power is cheaper than the market power, and they're investing in new farms as fast as they can. There used to be an option where people could buy only renewable power in a segregated market (simulated, same wires) and it cost about double. Still, there was a waiting list. Then as the investments paid off and oil prices shot up, suddenly those people were getting lower bills. So they changed it so the green-only power has a fixed markup now, so that people can support investment. There is still a waiting list.

    53. Re:bfd by Aighearach · · Score: 1

      Actually that link suggests it probably is a good candidate for base load.

      Although large-scale effects are observed, wind power has a negligible effect on global-mean surface temperature, and it would deliver enormous global benefits by reducing emissions of CO2 and air pollutants. Our results may enable a comparison between the climate impacts due to wind power and the reduction in climatic impacts achieved by the substitution of wind for fossil fuels.

      You're jumping from not perfect to not for base load, but nothing is perfect. If it is better than the other things already in use, then increasing it is good, regardless of it starts carrying the base load. Yeck, if it is better than what we have... especially if it is enough to carry the base load!

    54. Re:bfd by Aighearach · · Score: 1

      Are they idiots for blocking low efficiency, high side-effect fuels, or for winning a small battle?

    55. Re:bfd by Aighearach · · Score: 2

      In Oregon I'm paying 5 cents for the electricity, and another 6 cents for delivery, with transparent markup (public utility)

      One problem with comparing the prices is that there are different types of contracts; wind we get on fixed contracts, where it is very cheap because the capacity is purchased in advanced. Any coal power we get is off the spot market, where it is vastly more expensive than wind, hydro, or nuclear.

      In Kentucky, their coal power is cheap not because coal is cheaper, but because they're getting it on a fixed contract.

      California experiences perpetual growth, and has trouble getting the number of fixed contracts that they would desire based on what they know they need. And because of the size of the California market, energy companies try very hard to play games with the maintenance schedules to increase the percent that is bought off the spot market.

      Inside the same market, hydro is cheapest, next is PV, nuclear, wind, natural gas, and pulling up the rear, coal. Obviously there will be a very tiny area right around the physical coal where the transport and storage costs are close to zero, where it probably beats natural gas.

    56. Re:bfd by cheesybagel · · Score: 1

      No fret. Another honking huge HVDC cable to France to get more nuclear power to the UK under construction. Plus a nuclear power plant built with Chinese and French funding actually IN the UK.

    57. Re:bfd by Aighearach · · Score: 1

      In Oregon where utilities are culturally expected to be cooperative to end user PV, you just have to have a digital meter (you buy the upgrade if you don't already have it, but my city is converting everybody for free in 2 years) and a standard inverter. They don't "hate" it, they "love" it, and they promote it heavily. You don't need new wires, so there is nothing for them to pay for. It doesn't increase electricity usage in the neighborhood, so where would these wires go? The electricity flows from you, to your nearest neighbors that are drawing power. They see it at the sub-station as the power draw going down. First, what you produce flows inside your own house wires first. So if you're using the AC and generating PV at the same time, it is flowing directly, it is not going through your meter, and you reduced your bill at full price. If you're producing and using at different times, then you're getting credited at wholesale, which just comes off your bill.

      It reduces the maintenance on the substation, it lowers the load on the local system. It is all win for the last mile provider. I mean, unless they're worried about lower usage. In that case, public utilities will love it, and private utility companies will hate it.

      It only takes one local election to start a public utility.

    58. Re:bfd by cheesybagel · · Score: 1

      Natural gas generators can spool up and down at the cost of efficiency. Nuclear power plants can also idle for a bit. In France in the night for e.g. they often turn down a reactor and run the generators on the hot water for some time more.

    59. Re:bfd by mikael · · Score: 1

      And the nuclear plant is staffed by Chinese workers, while UK workers remain unemployed ...

      --
      Vintage computer adverts: http://www.vintageadbrowser.com/computers-and-software-ads
    60. Re:bfd by mikael · · Score: 1

      Wouldn't tall buildings have the same effect. Especially those built close to the coast? This would have the effect of preventing cool moist air from moving inland during the day and preventing cold land air moving out to sea at night.

      --
      Vintage computer adverts: http://www.vintageadbrowser.com/computers-and-software-ads
  2. Uh, that's a huge spread by Anonymous Coward · · Score: 0

    â60/MWh to â0.50/MWh?!

    Seems to me they should smooth that out for the consumers. You know, like a futures market or something the way gas is done.

    Otherwise it's impossible to function with wild swings like that. Could you imagine a $100 power bill one month, then using the same electricity and getting a $10000 bill the next? That's ridiculous.

    1. Re:Uh, that's a huge spread by Anonymous Coward · · Score: 0

      Don't worry, they smooth it out by making us pay a fairly constant €147.97/MWh or so... yeah. We never get the savings, and we always get the bumps.

    2. Re:Uh, that's a huge spread by Koby77 · · Score: 3, Informative

      That is one of the problems with wind and solar: they are unpredictable. Free markets cannot "smooth it out" for consumers, because if there is large-scale reliance on renewable and the wind/solar generation fails, then there will be a shortage of conventional fossil-fuel/hydro/nuclear generated power. A better solution may be the development of longer term energy storage and batteries, such that consumers can buy at low prices and avoid buying at higher prices.

    3. Re:Uh, that's a huge spread by zippthorne · · Score: 4, Interesting

      wind doesn't vary on a minute by minute basis, though. Perhaps we don't need batteries, so much as we need a way to communicate pricing signals to the consumers.

      If I had a device that I could set price points to, say, start a load of laundry or run the refrigerator compressor, or hold off on the AC when a price transmitted by the power company is high or low, I could make my own demand follow the actual supply more closely.

      Just because I might have a few big-power needs, doesn't mean I can't be flexible with when they are executed, if I have some way of knowing when a good time is.

      I would want the information to be a price that I choose, though, rather than the "smart metering" I've seen elsewhere where the device allows the power company to decide when your devices run. If I'm picking, I can override, for instance if I'm going to an interview in a few hours and just noticed I need to wash a suit or something.

      --
      Can you be Even More Awesome?!
    4. Re:Uh, that's a huge spread by ShanghaiBill · · Score: 4, Interesting

      A better solution may be the development of longer term energy storage and batteries

      An even better solution is to pass through the fluctuation in the wholesale prices directly to the consumers. This will stimulate a demand for appliances that are "price aware". So refrigerators, freezers, and AC will pre-chill when power is cheap and coast when it is not. Water heaters, clothes dryers, etc. will disconnect their heating elements when prices surge. Instead of only trying to smooth the supply, we should try to change the demand to meet the supply, and market prices are the best way to achieve that.

    5. Re:Uh, that's a huge spread by K.+S.+Kyosuke · · Score: 1

      That is one of the problems with wind and solar: they are unpredictable. Free markets cannot "smooth it out" for consumers

      Free markets can, if the grids can. It's the infrastructure that needs a large scale upgrade. Just because we can't do it yet doesn't mean that it's technically impossible.

      --
      Ezekiel 23:20
    6. Re:Uh, that's a huge spread by ghack · · Score: 2, Informative

      On a daily basis, December was a month of extremes for Germany, with day-ahead base prices closing on December 10 and 11 at less than €60/MWh – the highest over-the-counter levels seen all year – only to fall to its lowest level December 24 to €0.50/MWh.

      I have seen a nice bumper sticker before: Solar and wind are allright, but nuke's do it all night.

      I agree with this sentiment. Shame Germany is phasing out nuclear in favor of coal.

    7. Re: Uh, that's a huge spread by Anonymous Coward · · Score: 0

      Nuclears can't adapt their offer to short term demand variations. Coal and gas can.

    8. Re:Uh, that's a huge spread by Koby77 · · Score: 3, Insightful

      I suppose I'm considering a longer term buying and usage scale. The article mentions the high prices were December 11th, and the low prices were December 24th. It is concerning to me that my appliances might not operate for 13 days at a time until the price drops again. Certainly price aware appliances are a good idea, and could be combined with a battery or storage mechanism. But ideally I want to buy electricity at 0.50 euros/MWh, store it and ignore high prices while I continue to use my appliances at arbitrary times, buy additional electricity when the price falls again, and then laugh at anyone who paid 35 euros/MWh because they got their electricity from conventional generation while mine was generated and stored from renewable.

    9. Re: Uh, that's a huge spread by ghack · · Score: 1

      Load following nuclear plants are possible and many designs (such as the PBMR) are intended to follow load. This is patently false

    10. Re: Uh, that's a huge spread by Anonymous Coward · · Score: 0

      You don't realize that the free market (close to it) has been doing this for over 3 decades very well. Wind isn't much more complicated than wheat, corn, rice, salt, oil, or fish.

    11. Re: Uh, that's a huge spread by Anonymous Coward · · Score: 0

      A nuke bids its power at $10/mw so why do they need to worry about following demand? That is what peaker plants like gas and oil are for.

    12. Re:Uh, that's a huge spread by Spoke · · Score: 1

      Obviously, one would need to know the forecast prices for at least some period of time in the future and use that to find the compromise in convenience and price when running said appliance.

      Obviously you may not want to wait for prices to drop in certain cases.

    13. Re:Uh, that's a huge spread by angel'o'sphere · · Score: 2

      Wind and solar is predictable enough or which part of the articles day ahead price did you not get?
      Do you really think if the weather report for tomorrow predicts my plant will yield 1.134GW that the actual variation makes me any trouble? Or that I accidentally will only produce half of it?

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    14. Re:Uh, that's a huge spread by angel'o'sphere · · Score: 1

      This is already in the works.
      This is what smart meters an smart grids are for.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    15. Re:Uh, that's a huge spread by angel'o'sphere · · Score: 1

      Germany is not phasing out nuclear in favour of coal, but in favour of wind.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    16. Re: Uh, that's a huge spread by angel'o'sphere · · Score: 1

      He said 'short term' ... that means for me in hours or less.
      Current reactors don't do that. If you power a reactor a bit down it gets difficult to power it up again, due to different characteristics of moderation (waste products).

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    17. Re: Uh, that's a huge spread by Anonymous Coward · · Score: 0

      So the chain reaction is stopped/lowered when demands are low? Or isthe rate constant and that precious energie just isn't converted to electric.

    18. Re:Uh, that's a huge spread by Anonymous Coward · · Score: 0

      lol. nuclear is not a base-load.
      look at what happened in japan. the nuke lost the ability to DRAW power from the grid
      an went *BOOM*. three times!
      a "safe" nuke plant is one that can reliably draw power from the grid.
      -
      just to be clear: a base-load i define as a system that can start generating electricity "out-of-the-blue"
      for a prolonged time and can be safely shut-down by disconnecting it from the grid.
      nuke plants cannot just be disconnected from the grid. they need lots of cooling (POWER DRAW)
      etc. etc. to STAY SHUTDOWN.
      Hydro is a perfect example for a base load.

    19. Re:Uh, that's a huge spread by Anonymous Coward · · Score: 0

      This is the WHOLESALE DAY-TO-DAY price. (as you may or may not be aware, electricity is quite hard to store in great quantity so you have to balance production and consumption at all time, which is why when you have lots of wind and solar,where you don't choose when you produce, prices can fall or rise very quickly)

        As a customer you have a yearly contract with a fixed rate.

    20. Re:Uh, that's a huge spread by Anonymous Coward · · Score: 0

      A better solution may be the development of longer term energy storage and batteries, such that consumers can buy at low prices and avoid buying at higher prices.

      Wind power is already being introduced in the grid alongside energy storage systems such as pumped-storage hydroelectricity. These reversible damns are used to regulate the supply of power to the grid by storing the enervy generated from these alternative sources and regulating the power output to the grid.

    21. Re:Uh, that's a huge spread by blackest_k · · Score: 1

      well there is dual rate metering, commonly known as Economy 7 in the UK. You just get charged less for electricity during the night when demand is at its lowest.

      Unfortunately they charge you more for metering it, even thou its pretty much just a relay which switches metering clocks at set times.

      It's fairly easy to be power efficient these days. The annoying thing is its not the unit rate that makes much of a difference to my bills but the standing charge levys and other fee's. doubling my electricity use would probably would change my bill in the order of 10%. If I got dual rate metering my bills would increase.

      Another con is the prepayment meter which again brings in a standing charge and higher unit rates making the bills much higher than they would be without it. This tends to mean the poorest people in society are paying the highest energy costs. This is quite hard to escape once you are in this trap if you are living week by week it is very difficult to save enough money so you are able to pay the bill when it comes in.

      It's made even more difficult in that the meter rates tend not to be adjusted when the prices go up and so when you attempt to escape all of a sudden you find your prepayment meter which was supposed to help you budget has quietly been building up a debt. suppliers like this because it holds their customers captive as you can't switch suppliers while there is an outstanding debt.

    22. Re:Uh, that's a huge spread by Sique · · Score: 1

      Most customers won't accept that. They want their previously negotiated and contracted prices, and be done.

      --
      .sig: Sique *sigh*
    23. Re:Uh, that's a huge spread by vtcodger · · Score: 1

      wind doesn't vary on a minute by minute basis, though.

      I think perhaps you need to get outside of the basement occasionally and actually experience this wind phenomenon.

      --
      You can't see ANYTHING from a car, You've got to get out of the goddamned contraption and walk...Edward Abbey
    24. Re:Uh, that's a huge spread by Anonymous Coward · · Score: 0

      That is nice, but you're using a definition unrelated to what everyone else using. Start generating power "out of the blue" is called a cold start for a power planet, and most power plants don't have this ability, needing electricity from the grid to do so. This includes fossil fuel plants and hydroelectric plants, that when not generating power, they need power to get things started up. It is possible to convert just about any non-cold starting plant into a cold starting plant by having smaller generators on site, but since that costs more money, power companies just make sure only a fraction of their plants have such ability figuring they would help other plants start up if there were some sort of multi-plant shutdown.

      At least if you are going to make a point, don't do so by making up a new definition for a relevant word...

    25. Re: Uh, that's a huge spread by Anonymous Coward · · Score: 0

      Sure it can, just add molten salt storage in the loop.

    26. Re: Uh, that's a huge spread by ghack · · Score: 1

      He said 'short term' ... that means for me in hours or less.
      Current reactors don't do that. If you power a reactor a bit down it gets difficult to power it up again, due to different characteristics of moderation (waste products).

      The difficulty is due to xenon, which can limit the magnitude of the load follow. However, trust me there are reactors that can follow. History of load following reactors from the American Nuclear Society

    27. Re: Uh, that's a huge spread by angel'o'sphere · · Score: 1

      Ah, I thought it was boron and not xenon, varies likely by reactor type and other set ups.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    28. Re:Uh, that's a huge spread by cheesybagel · · Score: 1

      You know what? Constant spooling up and down worsens efficiency of any kind of engine or heat engine.

    29. Re:Uh, that's a huge spread by Kjella · · Score: 1

      But ideally I want to buy electricity at 0.50 euros/MWh, store it and ignore high prices while I continue to use my appliances at arbitrary times, buy additional electricity when the price falls again, and then laugh at anyone who paid 35 euros/MWh

      If you could do it then they could do it and they'd save the power themselves rather than sell it for next to nothing or even negative amounts. So the moment such a storage device existed, the huge fluctuations would go away.

      --
      Live today, because you never know what tomorrow brings
  3. Bizarro World by Anonymous Coward · · Score: 0

    Whereas up here in Canada, Hydro Quebec would put out the exact same statement to explain why they're bringing the prices up.

    1. Re:Bizarro World by dk20 · · Score: 2

      Man, i was going to post the exact same thing about Ontario Hydro and our somewhat "failed" green energy program.

      We have one of the largest nuke plants in the world (Bruce nuclear, #2) but all they do is buy super-expensive wind and sign long term contracts to do so as well.
      When the NIMBY people complained they forced the wind generators anyhow.

    2. Re:Bizarro World by haruchai · · Score: 1

      Nuclear is baseload and quickly loses efficiency if you try to ramp it up and down and makes up most of Ontario's energy production. Wind's nameplate capacity in Ontario is under 2GW and they also have plenty of hydro & gas.

      In 5 years of tracking the output from IESO I can't recall nuclear falling below 9.5GW.
      Yes, the wind farms have "must-take" but if they are not producing, they don't get a penny.
      Ontario has tried several times to price out building 2 new nuke plants and every time the bill gets much higher & the timeline longer.

      When the nuke industry finds a way to build faster & cheaper without compromising reliability, they'll do very well.

      --
      Pain is merely failure leaving the body
  4. Re:Global Warming by Anonymous Coward · · Score: 0

    We shouldn't hate on fossil fuels. It would appear that wind energy needs global warming in order to be more affordable.

    You should apply to Fox News.

    I see you making millions of dollars every year and your grandparents can tell all the other old people they know that their grandkid is on Fox.

    But just if I start getting emails from my parents that say, "FWD: FWD: FWD: FWD: FWD: FWD: Environmentalist conspiracy to hide the truth!

    Wind energy needs oil and gas in order to be affordable!" I will curse you!

  5. global warmers by csumpi · · Score: 0

    Now can we stop bitching about global warming? See, it's not all bad. And don't forget the thank you card for our gas guzzling habbits! Which reminds me, gotta remote start the Humvee to grab a pizza before kickoff. Go Pats!

    1. Re:global warmers by Jeremi · · Score: 1

      Now can we stop bitching about global warming? See, it's not all bad.

      Can we stop bitching about cancer? See, it's not all bad -- now I can smoke cigarettes through the hole in my neck!

      --


      I don't care if it's 90,000 hectares. That lake was not my doing.
  6. On a more pragmatic note: so what? by newcastlejon · · Score: 1

    It's not like energy companies ever pass on cheaper wholesale prices to their customers.

    --
    If God forks the Universe every time you roll a die, he'd better have a damned good memory.
    1. Re: On a more pragmatic note: so what? by AvitarX · · Score: 1

      My power rates have gone up and down over the years, so I would say that they do. It is true that they don't change on a daily or monthly basis (either way), like gasoline, but they change based on costs over time.

      --
      Wow, sent an e-mail as suggested when clicking on "use classic" banner, and got a fast response that addressed my msg
    2. Re:On a more pragmatic note: so what? by Anonymous Coward · · Score: 0

      its not like the gov't forced subsidized costs that gets passed onto consumers is ever recouped by anyone except bureaucrats and the power companies. So YAAAY! the power companies made a larger profit margin and the gov't bureaucrats are seen a geniuses by the sheeple and enviro-tards.

  7. day base price consumer price by nava68 · · Score: 4, Informative

    Please note that those prices are day to day EPEX spot prices and have as much in common with the rate you get charged as a consumer/business. Even less than brent spot prices influence fuel prices at your gas station, since most electricity consumers have a yearly price agreement. The huge variation is due to the over-capacities of German networks during high wind/ sun times. This overload has to be sold to other meta consumers if necessary at a negative price. This is one of the reasons why a lot of companies here in central europe are investing in transportation (high voltage DC networks) and means to store the overproduction (water/salt/batteries).

  8. 3rd world by Anonymous Coward · · Score: 0

    Expensive, fluctuating, unpredictable as the wind blows, energy prices. The only people getting wealthy off that are the wind power manufacturers who successfully lobby governments to subsidise installations of THEIR product.

    More nuclear, gas, clean coal please. Anything that can provide power reliably and economically viable enough that it does not require subsidies and corporate lobbying.

    1. Re: 3rd world by Anonymous Coward · · Score: 0

      Provided you can get enough megawatts on a year, wind can be as stable as it takes. You just pair it with hydroelectric: you use overproduction to pump water up and you release it when needed.

    2. Re: 3rd world by vtcodger · · Score: 1

      Pumped storage is great in theory. In practice, it's got some problems -- including, but not limited to -- inefficiency, lack of suitable sites, and evironmental issues from constantly fluctuating water levels. But the BIG problem is the huge amount of water that has to be moved to buffer energy to meet the electricity needs a modern industrial society on low wind days.

      --
      You can't see ANYTHING from a car, You've got to get out of the goddamned contraption and walk...Edward Abbey
  9. Consumers don't see these fluctuations by golodh · · Score: 2, Interesting
    Consumers aren't affected as in Europe they typically have contracts with their utility companies for fixed rate delivery of electricity. I hear it's around $0.30 / KWh.

    The ones affected are the companies that actually own power plants to generate power and sell it to the utility companies, as they are the ones who see their earnings fluctuate between $0.50/MWh to $60/MWh.

    And guess what? These market conditions make it hard to impossible to make a profit out of modern clean gas-fired power plants. I know of at least one example (The Netherlands) where an ultra-modern gas-fired plant had to be closed down and dismantled because it couldn't compete. It was a plant that could both supply a base load and respond quickly to variations. It could compete very well as a peak-load plant ... but not as a base load supplier. Unfortunately the market for peak loads had shrunk to the extent that it could no longer be operated at a profit.

    The plants best suited to survive in this market are old, dirty, written-off coal plants (base load) and old dirty written-off peakers. Oh irony ... abundant (but quite volatile) green power kills off the cleanest and most modern fossil fuel plants first. I bet the Greens don't like that.

    1. Re:Consumers don't see these fluctuations by haruchai · · Score: 1

      Then those old coal plants should be closed if they can't be brought up to modern emissions standards.
      China has a mandate that ALL coal plants have until Summer 2014 to meet the tougher standards that took effect in Jan 2012 or shut down.
      Of course, it'll have to be enforced to have teeth but given the terrible smog over major cities of the past few years, I think this will be taken seriously.

      --
      Pain is merely failure leaving the body
    2. Re:Consumers don't see these fluctuations by the+eric+conspiracy · · Score: 1

      A lot of that is because the EU imports gas either in liquid form or from Russia. This makes it far more costly than in the US which is experiencing a glut right now.

      Because the US has so much gas, there is no demand for coal and coal prices have crashed. That crash in coal prices is causing the construction of new coal plants in Europe because their gas price is not competitive, and they have a great deal of demand to meet with the shutdown of nuclear in Germany.

      European electricity costs to the end user are generally 50% higher than the US because of a 19% VAT and subsidy charges for wind and solar.

    3. Re: Consumers don't see these fluctuations by Anonymous Coward · · Score: 1

      Greet capitalism and it's ability to get stuck in a local optimum.

      Energy companies are big behemoths. Government just need to force business into offering a well-balanced energy pool instead of considering profits in a central-by-central basis.

    4. Re:Consumers don't see these fluctuations by manu0601 · · Score: 1

      European electricity costs to the end user are generally 50% higher than the US because of a 19% VAT and subsidy charges for wind and solar.

      You are almost right, but it can be a little more complex, as most EU countries have multiple VAT rates for different products or service. For instance, France's VAT on electricity is 5.5% for subscription, and 20% for usage per kWh

    5. Re:Consumers don't see these fluctuations by Rick+Zeman · · Score: 1

      Then those old coal plants should be closed if they can't be brought up to modern emissions standards.
      China has a mandate that ALL coal plants have until Summer 2014 to meet the tougher standards that took effect in Jan 2012 or shut down.
      Of course, it'll have to be enforced to have teeth but given the terrible smog over major cities of the past few years, I think this will be taken seriously.

      Based on what? Their glorious record to date?

    6. Re:Consumers don't see these fluctuations by angel'o'sphere · · Score: 1

      Actually, most nuclear plants in Germany are still running. There was no demand change from banning nuclear so far.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    7. Re:Consumers don't see these fluctuations by Sique · · Score: 1

      They are not running per se, they are not producing net energy. They just have to be kept running so they don't destroy themselves.

      --
      .sig: Sique *sigh*
    8. Re:Consumers don't see these fluctuations by volmtech · · Score: 1

      And all old, energy inefficient houses and appliances should be replaced also. Think of the shot in the arm that would give the construction business.

    9. Re:Consumers don't see these fluctuations by haruchai · · Score: 1

      If the new ones are built according to strict standards like Passivhaus, that would be a huge improvement.
      You don't want too many being built with new concrete as that's a huge source of CO2 emissions.

      --
      Pain is merely failure leaving the body
    10. Re:Consumers don't see these fluctuations by Anonymous Coward · · Score: 0

      This is blatantly wrong. About half of the reactors in Germany have been permently shutdown, but the schedule has some reactors running until 2022. In 2013, about 90 TWH of electrical power in Germany was produced by nuclear, about 16% of their total power. They are going to eventually shut them all down according to current plans, but in the mean time, they will still be generating electrical power for the grid for several years.

    11. Re:Consumers don't see these fluctuations by angel'o'sphere · · Score: 1
      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    12. Re:Consumers don't see these fluctuations by Aighearach · · Score: 1

      They actually have a record of executing CEOs of companies that don't follow rules they're serious about. If they're serious about this one is a bigger question than if they have serious enforcement.

    13. Re:Consumers don't see these fluctuations by Aighearach · · Score: 1

      lol yeah, we have a bit of gas, but buying from Canada is awesome! 3 Canada! Best neighbor ever. So glad they're not Russia. OMG. No surprise Europe is interested in coal. Sad but true.

  10. OB: Yeah but.... by rueger · · Score: 5, Funny

    Just to save time, let's all agree that wind power could never, ever, ever work in North America. Or solar. Obviously the blah blah blah mumble mumble obfuscate is so different here that it would be impossible.

    Also, North American wind is like TOTALLY different from European wind.

    1. Re:OB: Yeah but.... by dbIII · · Score: 3, Funny

      Also, North American wind is like TOTALLY different from European wind.

      In the southern states where they eat more fibre it's not so different.

    2. Re:OB: Yeah but.... by rueger · · Score: 1

      Damn you dbill, using that so-called "science" stuff to win an argument!

    3. Re:OB: Yeah but.... by Anonymous Coward · · Score: 0

      Of course it can you have a never ending supply of wind from your elite ruling political critter class and their sock puppets on talk radio.

    4. Re:OB: Yeah but.... by M.+Baranczak · · Score: 1

      European wind uses the metric system. COMPLETELY incompatible.

    5. Re:OB: Yeah but.... by Anonymous Coward · · Score: 0

      Yeah, the electrical power in Europe is metric, 220/50?

      Whoever heard of that nonsense! And look at their plugs! Some of them have safety features and four prongs! That you can't put in the wrong way!

    6. Re:OB: Yeah but.... by Anonymous Coward · · Score: 0

      Surely it works better than Australian wind power. Those turbines spin around the other way!

    7. Re:OB: Yeah but.... by Anonymous Coward · · Score: 0

      Also, North American wind is like TOTALLY different from European wind.

      Well, yeah. A 100kph wind would only be blowing at 60mph in the US. You've already lost 40% of your potential energy right there.

    8. Re:OB: Yeah but.... by Solandri · · Score: 1

      To borrow a saying from global warming proponents, transient localized phenomena are just weather and not indicative of any long-term trend.

      Over the long-term, certain areas of North America are conducive to wind or solar. Certain areas of Europe are conducive to wind or (to a lesser extent) solar. You should never pick a solution because it's popular or trendy or because it works (worked) somewhere else (especially if only for a brief while). You should pick it because it makes the most sense for your region over the long-term.

    9. Re:OB: Yeah but.... by VortexCortex · · Score: 2

      Also, North American wind is like TOTALLY different from European wind.

      In the southern states where they eat more fibre it's not so different.

      Agreed. Texas is the state that produces most of such power.
      The oil companies research into corn and bean based fuels failed to constipate our progress. They were full of hot air.
      Tex-Mex energy sensibilities have the obvious influence when considering breaking wind power in the face of opposition.

    10. Re:OB: Yeah but.... by Anonymous Coward · · Score: 0

      Well, yes. Cause this proves it's not working in Europe either. At the time when there's plenty of wind, the wind farms are selling at very low prices, and obviously they're not selling anything on quiet days. There's just not enough real opportunity.

      However, note it's about Germany. German consumers heavily subsidize wind to appear somewhat "Green" after the atom energy "Ausstieg" (exit). That makes it profitable to companies, although not to the citizens. And yet despite all those turbines, the CO2 emissions in electricity went up by 2% last year. The coal plants for the base load are rather dirty.

      Solar is another matter, with Germany being about as far north as Canada. That's why sun doesn't work there. Can't compare that to the US.

  11. Actually... negative prices! by mspohr · · Score: 2

    According to this article:
    http://www.businessspectator.com.au/article/2014/1/10/energy-markets/negative-spin-europes-amazing-electricity-prices
    "Over the Christmas holiday, which typically causes a drop in energy demand, wholesale electricity prices in Germany, the Nordic region, the Czech Republic and Slovakia turned negative on excessive renewable energy production and mild weather."
    On December 24, 2013, when industrial and business power demand dropped sharply, the price of German power for intra-day delivery fell to an average of -€35.45 per megawatt-hour between 0000 and 0600 in the morning, touching lows of -€62.03/MWh halfway through that period.

    --
    I don't read your sig. Why are you reading mine?
    1. Re:Actually... negative prices! by markdavis · · Score: 1

      What does that really mean? They will PAY the customers to use electricity?? I don't understand.

    2. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      It means the huge subsidy Germany pays for solar and wind was much more than the retail price of the electricity.

    3. Re:Actually... negative prices! by Carewolf · · Score: 1

      Not customers, they will pay other energy companies to carry the load, or charge suppliers that are not scaling down their energy production.

    4. Re:Actually... negative prices! by Greger47 · · Score: 4, Informative

      Yes, the producers will pay you to use (more) electricity, happens when the cost of stopping and restarting a power-plant is high and demand is low.

      http://www.epexspot.com/en/company-info/basics_of_the_power_market/negative_prices

    5. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      These are the prices at the european market amongst the companies (is wholesale the right word?).

      We, the consumers, still pay ~0.25€/kWh and don't notice these changes...

    6. Re:Actually... negative prices! by mirix · · Score: 1

      So when industry shut off for christmas, prices went through the floor.

      I suppose same would happen with a fossil plant they couldn't spool down either.

      --
      Sent from my PDP-11
    7. Re:Actually... negative prices! by CastrTroy · · Score: 2

      What's even more apparent is that residential users use a very small portion of the load, but they are always telling us to use less. We get cheaper rates in the night, on weekends and on holidays, but other than ruining the dishwasher later there's not much we can do to use less. The bigger home users like heating and cooling can't be put off until later. Sure you can turn the thermostat up a few degrees in the summer, but you can't do all your cooling at night. Meanwhile industry is the one putting the real load on the system, and residential users are left paying high rates even though they contribute very little to the high loads.

      --

      Anthropic principle: We see the universe the way it is because if it were different we would not be here to see it.
    8. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      Why would they sell power at a negative cost when they could throw it away for free in a big resistor?
      The only explanation I can think of is that they are somehow contractually bound.

    9. Re:Actually... negative prices! by Sique · · Score: 1

      I think you might get some problems with a resistor that big. Do a short calculation yourself, given that you might have to get rid of 550 MW of electrical energy.

      --
      .sig: Sique *sigh*
    10. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      If you look at say numbers from 2011 (the first DOE numbers to come up in some Google searches), total electrical use in the US was 4100 billion kWh, while residential use was 1400 kWh. While not a majority, a third of electrical use isn't small to many people. For back of the envelope stuff, you wouldn't be far off by using an even three way split between residential, commercial, and industrial+transportation usage of electricity (residential is actually slightly larger than the other two). Although if you include non-electricity uses of power, then you end up with transportation separately using about a third, industry using another third, and residential+commercial using the the remaining.

      And heating+cooling, on average, about 25% of residential electricity usage (40% of total power usage). Although of course that is going to vary a lot based on where you live.

    11. Re:Actually... negative prices! by stomv · · Score: 1

      It doesn't effect the customers. The customers' electric company doesn't typically buy much electricity on the spot market anyway -- they have long term contracts to mitigate risk. In the medium term, though, it does push the average price per MWh down, which will lower the supply costs for the customer (though not the distribution costs).

      As the price gets low enough, either on average or on the spot market, entities will pop up to take advantage. For example, an industrial user who heats a process could install an electric heating system alongside their gas/oil/etc system, so that every once in a while when the price gets low enough it switches to electricity. That will "juice" the demand of electricity, helping to keep the price positive -- and will allow wind power to offset the consumption of fossil fuel in a traditionally non-electric use. If the price is low enough on the average, you'll see heating go from gas or oil or whatev to air source heat pump, again, electrifying an energy use outside of the traditional electric uses.

      For the grid operator, instantaneous prices below zero mean that there's too much generation. The operator "doesn't care" if it's solved by increased demand or by decreased supply, and a negative price will stimulate both actions. It also stimulates investment in transmission from these areas with very low (even negative) prices to areas with higher instantaneous prices at those times, because the transmission owner can buy low and sell high. That's good economics and good finance, and ultimately, will help even more renewables get on the grid too.

    12. Re:Actually... negative prices! by Aighearach · · Score: 1

      It means if they ground the excess power, they don't get paid a subsidy for it. You don't really have to use the power, and if it costs less to run the plant than to shut it down, that is still true if you ground it; paying for use can only be caused by a subsidy or other regulation.

    13. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      That's about the same amount as a normal thermal plant has to get rid of, being 50% effective. There's a big undersea cable to Norway. Adding a resistor on that could easily dump 550MW in the current coming out of the Baltic Sea.

    14. Re:Actually... negative prices! by Anonymous Coward · · Score: 0

      The local aluminum smelter is almost a resistor that big. In fact it's a 600MW resistor.

  12. Long term eco friendly storage by wjcofkc · · Score: 2

    Now we just need a practical, ecologically friendly way of storing, long term, the excess energy that has nowhere to go. It's great that this much wind energy can be generated under unusual conditions, it would be better if we would store the large quantities that no doubt went to waste for want of adequate storage technology.

    --
    Brought to you by Carl's Junior.
    1. Re:Long term eco friendly storage by dbIII · · Score: 2

      Google something along the lines of offshore wind turbines with compressed air storage. Doing it offshore means the storage is balloons at depth (build deeper for higher pressures) instead of expensive pressure vessels or messing about in abandoned salt mines. Of course the losses with compressed air are large but it does work.
      There are others on the solar thermal side - molten salts or high pressure steam that lasts all night.

      However most of the requests for this sort of thing come from a simplistic non-technical view of the subject and modelling power consumption as flat and even for 24 hours. Peaks are a much more difficult problem than base load and solar in some places has already taken the top off the peaks. Transmission losses are a big problem and power from solar is typically generated within a few kilometres of where it is consumed. That's already reduced the amount of coal consumed for electricity generation in some places.

    2. Re:Long term eco friendly storage by Daniel+Hoffmann · · Score: 1

      I'm not sure how those countries generate electricity, but I assume they still burn some kind of fuel. Any saves they get from wind prevents burning even more coal/oil/gas.

      Like all things in life the best approach usually is the middle ground. Multiple sources of power means that if there is a lack of rain/winds/sun you can burn more oil to help out the dams/wind farms/solar farms. In the future non-renewable power sources will probably be sporadically used to supply power in more aggravating times like extreme summers and winters or when disasters hits like hurricanes.

    3. Re:Long term eco friendly storage by Layzej · · Score: 1

      Some options being used are to pump water into a reservoir where it can later be used to generate hydroelectric, or store the energy as kinetic by spinning a 4000 KG cylinder up to 11,500 rpm (a flywheel). GE is now shipping their wind turbines with batteries so that they can store energy if the price goes low. If the state has a working energy market you could make a living by buying when the price is low (storing the energy) and selling back when the price is high.

    4. Re:Long term eco friendly storage by Anonymous Coward · · Score: 0

      Store the excess by turning on a fan. True renewable (wind) energy!

    5. Re:Long term eco friendly storage by angel'o'sphere · · Score: 1

      When the energy was traded it very likely did not go to waste but got stored in pumped storages or an aluminium/steel plant ran an extra shift.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    6. Re:Long term eco friendly storage by Anonymous Coward · · Score: 0

      This article made the news on the 24th, the energy hungry industries had extra shifts during christmas to profit from these almost legative prices.

    7. Re:Long term eco friendly storage by Anonymous Coward · · Score: 0

      There is a hot-metal battery which is perfect for this. Just developed at Brown U in Rhode Island (which is not really an island) it uses liquid metals. Better, once heated, the natural activity of daily use keeps it hot enough for the metals to remain liquid. Massive storage capability, little upkeep and reasonable cost. Just insulate the tank (larger is better) and let it work. Holds massive power. Put it underground and plant a park over it. Figure about 6 years for any new technology to make it through the minds of business leaders. Film at 11.

    8. Re:Long term eco friendly storage by AmiMoJo · · Score: 1

      Sodium sulphur batteries. Japan has some 40-50MW batteries deployed for backing up wind farms. Cheap, clean, recyclable, scalable.

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

    The Greens TKO The Fossils!

    Greens:1
    Fossils:0

  14. Wait... by Anonymous Coward · · Score: 0

    Wait...so mild weather and a season lack of demand resulted in...lack of demand, yet wind power is the cause of the price drop? Seems to me that the lack of demand is the clear explanation and that excess wind production was only an added benefit.

  15. Who cares? Not state-owned. by Anonymous Coward · · Score: 0

    Cost reductions mean higher profits, not cheaper energy for the people.

  16. Re:Free Market FTW by Anonymous Coward · · Score: 0

    Any Business that decides to put Solar Panels on their roof they should get a TAX CUT !

  17. Ahhhhhhhhh by Anonymous Coward · · Score: 0

    Bullshit. Pr piece. Have massive amounts of "wind farms" in my area for going on 5 years and no drop what so ever. I call complete and utter bullshit on it. Pr for those pushing a waste of money resource

    1. Re:Ahhhhhhhhh by Aighearach · · Score: 1

      Well, for example I live in Oregon, and my local public utility owns wind farms in Wyoming. People in Wyoming next to the wind farm don't see lower prices at all for having it there. But I sure do.

  18. Hold the phone! by Anonymous Coward · · Score: 0

    Are the increased winds "climate" or just "weather"?

  19. Headline wrong twice by tomhath · · Score: 1

    I don't see anything in the article about "Record Wind Levels", just that December was more windy than November. And a significant driver for the lower prices was lower demand due to warmer temperatures. But it's okay to cherry pick data in this context.

    1. Re:Headline wrong twice by Anonymous Coward · · Score: 0
    2. Re:Headline wrong twice by Anonymous Coward · · Score: 0

      Read your own article:

      1) That was from October, not December. So it's irrelevant.

      2) "a new record of 13% from the total energy consumption of 9,900 MW this day", just means demand was low that day so the generators they can control were shut down.

  20. Re:Advice for Oil Corp by Anonymous Coward · · Score: 0

    Step one: Don't price yourself out of the market
    Step two: Make Money
    Step three: ?????(LOBBY)
    Step four: Profit

  21. Need for storage technology by Theovon · · Score: 1

    The price fell because of a surplus that probably wasn’t being fully consumed. I wonder what kind of energy storage solutions they have. Batteries have substantial energy loss between charge and discharge, and supercapacitors aren’t cheap or super enough.

    1. Re:Need for storage technology by Anonymous Coward · · Score: 0

      No, just shunt the excess power to a center running:
      1) bitcoin mining rigs, with immediate sale proceeds to pay down EU debts; or
      2) folding@home, seti@home, or other distributed computing system serving the public good; or
      3) an electrolysis system for generating clean H2 for fuel (which could even be made into methane later injected into the existing nat-gas system); or
      4) lasers!

      Simply quantize the individual miners/servers/electrolysis current/etc into discrete steps with power usage smaller than the typical grid-level fluctuations, and suspend/resume the miners/servers (or adjust the electrolysis current draw) to keep roughly in line with any excess production. A small bank of existing batteries could be used to provide a smoothing filter if the power grid has demand changes faster than the proposed current sink can adjust.

      Heck, if you could put in a battery bank with the power storage equal to a single solar panel's production requirement and hooked it up to a solar production plant, just use the excess power to fill up that buffer and when it fills... *pop* a new solar panel for the grid.

    2. Re:Need for storage technology by haruchai · · Score: 1

      Better storage solutions are on the way but will take a decade at least to be viable on the commercial scale.
      Using EVs for V2G might arrive sooner but you'll need a lot of them. But even so-so batteries are more efficient than the best coal plants.

      --
      Pain is merely failure leaving the body
    3. Re:Need for storage technology by Lumpy · · Score: 1

      If they were smart they would have a large resivoir built to hold several million gallons. use the excess energy to pump water up to fill the resivoir. Then you can simply store that water for a very long time until a surge demand is needed, then run the water back through turbines to generate power when it is needed.

      At least that is how we do it here in the USA.

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

      --
      Do not look at laser with remaining good eye.
    4. Re:Need for storage technology by Aighearach · · Score: 1

      I propose a really giant brickwork, like the great pyramid but with a central fixed post and gears. The extra power can raise the stone, and then later it can be lowered, turning the generators.

      Inefficient, but reliable, and cheap labor can be used for most of the construction.

  22. This type of article never tells the whole story by graus · · Score: 5, Informative

    I'm from Portugal, this type of "green-article" never tells the whole story .
    We have a serious problem with subsidized renewable energy , as has Spain , or Germany ( but these are rich and in Portugal we live in a severe crisis).

    When there is too much wind and hydro generation, prices in the energy market fall, BUT producers of renewable energy ( exluindo large hydro ) receive the same guaranteed rate ( feed-in tariff). As these producers have priority in the system all energy produced by them have to be bought, even if there is much cheaper energy in the market (gas, nuclear, oil, etc), even if it's free as has happened several times in the past (in Germany last year energy price at one day was negative) we have to buy the subsidized energy !

    So actually what happens when there is too much wind and rain ,this is terribly expensive for us, because the more subsidized energy is produced , naturally we paid more and more. Portugal already has one of the most expensive energy prices in Europe, but as the price of energy sold to public is regulated, dont reflect the real and crazy cost, consumers have accumulated a huge tariff debt to the system . In Portugal this tariff debt already exceeds 4000 million € in Spain now exceeds € 25000 million €.

    To get an idea of prices paid to subsidized energy, here I leave these two pictures:
    Annual change in average cost per type of energy: http://i.imgur.com/MFaPFRZ.png
    Annual changes in the average cost of energy subsidized vs. average market cost: http://i.imgur.com/OFn71pI.png

  23. Re:day base price consumer price by Anonymous Coward · · Score: 2, Interesting

    Given the track record of UK power companies they will probably try and fiddle it so works out as a price increase to consumers. If there was any justice those running these companies should be looking at serious time behind bars for what they have been up to, Hollywood accounting and manipulating the wholesale prices to justify increasing household bills. As it is they will be allowed to retire to their huge piles in the home counties with probably a knighthood or some such to keep them cosy.

  24. Yes, believing in "clean coal" is third world. by Anonymous Coward · · Score: 0

    Yes, the big wind fat cats, oh how they pull the strings. Meanwhile, poor little fossil fuel just can't figure out how lobbying works.

    Is this opposite day or something? Am I doing it right?

    Seriously though, your comment is proof of how well fossil fuel industry handles lobbying and PR. You're either a shill, or some confused individual who has swallowed their rhetoric hook, line, and sinker. Either way, it's depressing.

  25. Wholesale prices by the+eric+conspiracy · · Score: 3, Informative
    1. Re:Wholesale prices by Savage-Rabbit · · Score: 2

      These are wholesale prices. Once you add in VAT and the EU's subsidy taxes the actual retail prices are quite a bit higher.

      The prices also vary quite a bit from country to country, and within countries.

      http://energy.globaldata.com/media-center/press-releases/power-and-resources/europe-paying-more-for-electricity-than-us-states-globaldata-consultant-with-dramatic-differences-seen-between-countries

      http://www.forbes.com/sites/williampentland/2013/10/27/berlins-ballooning-electricity-rates-become-highest-in-europe/

      It's not just about prices ... from that Forbes article:

      An overwhelming majority – some 84% – of the more than 1,000 Germans interviewed for a recent survey expressed support for Germany’s plan to shift the lion’s share of the nation’s electricity supply to renewable energy over the next decade.

      What gives? How has such a radical energy policy remained so popular in the face of rising costs?

      Take John Farrell’s recent treatment of the subject in Renewable Energy World:

      Support for Germany’s renewable energy quest isn’t about cost of energy, but about the opportunity to own a slice of the energy system . . . Nearly half of the country’s 63,000 megawatts of wind and solar power is owned locally, and these energy owners care as much about the persistence of renewable energy they own as they do about the energy bill they pay. Not only do these German energy owners reduce their own net cost of energy, every dollar diverted from a distant multinational utility company multiplies throughout their local economy . . . Three-quarters of Germans want to maintain a focus on ‘citizen-managed, decentralized renewable energy.’

      --
      Only to idiots, are orders laws.
      -- Henning von Tresckow
  26. Re:This type of article never tells the whole stor by graus · · Score: 2

    I forgot to mention that as fossil energy plants (natural gas turbine plants, etc) have long stops, the government has to pay them big compensations for not producing, as anyway they are necessary to the system.

  27. Germany by Tom · · Score: 3, Interesting

    On a daily basis, December was a month of extremes for Germany, with day-ahead base prices closing on December 10 and 11 at less than â60/MWh â" the highest over-the-counter levels seen all year â" only to fall to its lowest level December 24 to â0.50/MWh.

    What you really must know there is that these low costs are not passed on to the customer. On the contrary, energy prices for private users have been constantly rising for years.

    Why? Because our corrupt bullshit non-government has passed laws that exempt the - wait for it - biggest industrial users of energy from taxes. Which, of course, means that the rest of us have to pay their share.

    --
    Assorted stuff I do sometimes: Lemuria.org
    1. Re:Germany by Tom · · Score: 2

      Oh, yeah, I forgot the most important thing: Our wholly-owned politicians and the stupid media which for some reason believes people whose job it is to lie, swindle and bullshit, are making the renewable energies - whose unexpected success is causing these wholesale price drops - responsible for the rising consumer prices.

      --
      Assorted stuff I do sometimes: Lemuria.org
    2. Re:Germany by Anonymous Coward · · Score: 0

      Which, of course, means that the rest of us have to pay their share.

      Don't forget their free carbon credits.

    3. Re:Germany by Anonymous Coward · · Score: 0

      Well, duh, you wouldn't want to pay the peak prices either.

      And the industry subsidy explains why Aldel (aluminium), just across the Dutch border, had to close - couldn't compete with German prices. Like it or not, that subsidy keeps thousands of jobs in Germany.

  28. Shills. Shills everywhere! by n3tkUt · · Score: 1

    The hundreds-of-millions of dollars spent every year by the fossil fuel industry, in order to curve public opinion, really comes to light when articles like this are posted. An overwhelming number of commenters (for this site) would have us think that "big wind" is pulling the wool over our eyes, and that nonsense like "clean coal" is the only fair way to generate power. Unreal. I've seen similar happen elsewhere (e.g. anything about fracking on reddit), but they are here now too, infecting helpless threads with pseudoscience bullshit. Had to make sure I hadn't stumbled onto Fox News, nope, it's Slashdot. Yikes. Is anywhere safe?

  29. Re: This type of article never tells the whole sto by Anonymous Coward · · Score: 0

    oil and gas are cheaper only when environmental damage is not accounted for.

  30. Useless development by Anonymous Coward · · Score: 1

    The only problem is, that stupid German laws make sure, that nothing of the price fall ever reaches the end cosumers. Prices for alternative energy are guaranteed in Germany and the difference between market price and guaranteed price has to be paid by all consumers. This same law also makes sure, that environmental impact of energy production doesn't go down, because although production of renewable energy is surging at some times, conventional productions remains the same (just driving market prices low and increasing exports). All paid by the law guaranteed prices for renewables.

    1. Re:Useless development by Lumpy · · Score: 1

      They based this off of American laws. we NEVER have utility price drops.

      --
      Do not look at laser with remaining good eye.
  31. Re:This type of article never tells the whole stor by Anonymous Coward · · Score: 0

    Shut up! You are ruining the parade with "reality"!

  32. Green propaganda detector off-scale-high by Anonymous Coward · · Score: 0

    Any time a lefty brags about how far down some bad thing is, you can be CERTAIN he does not want you to pay attention to [a] how high it WAS, [b] WHO made it so high previously, and [c] WHY it was previously so high. I only care about direction of change AFTER I know the current level and why it's at that level. If some jerk gives me a bad headache by repeatedly hitting me in the head, and then reduces the force of his blows, he does not get a gold trophy from me for reducing the pain.

    What various governments in Europe (and increasingly in the U.S.) do not want their citizens to notice is that many costs (like energy costs) are being artificially driven up in the first place by those very governments - usually to satistfy various political supporters with special interests. The left, throughout the northern hemisphere, has long argued for artificially inflating the prices of traditional energy sources to make it painful for all the "little, unimportant, people in fly-over country" then offering very expensive and stupid energy sources as a "cheaper" or at least "competitive" alternative (to the artificially-expensive normal power sources). This is a scheme to manipulate the public into being dumb and inefficient in order to satisfy some political goals. They NEED people to not notice that, in the end, they will be paying more money every year for less energy than they used to (before the politicians started manipulating them).

    This is the same ploy Obama uses with jobs, health insurance, and deficits. Drive the problem way up, then as it eases-back a bit - BRAG ABOUT THE DECLINE! (even though it's still way worse than when he started). This scheme only fools idiots.

  33. Bull by Anonymous Coward · · Score: 0

    People who say this ALWAYS disregard all the damage caused by the sources they prefer.

    How about all the damage from the mining for all those precious minerals required by those windmills (massive rare-earth magnets) and solar panels (lots of exotic and toxic stuff - not just in the panels but in all the manufacturing neede to make them). Big strip mines with their run-off, "tailings", de-forestation, etc are worse in many ways than oil wells. And all that is BEFORE you account for all the endangered and non-endangered species killed annually by those systems...

    In fact, environmentalists were SO effective in pointing out just how much worse these mines are that they drove nearly all such mining out of the U.S. even though we still have the much-cleaner and better-for-the-environment oil wells and frakking for shale gas...

    1. Re:Bull by Anonymous Coward · · Score: 0

      You mean strip mines like the ones used for coal?

    2. Re:Bull by CraterGlass · · Score: 1
      Coward wrote "mining for all those precious minerals required by those windmills (massive rare-earth magnets)"

      The device connected to the wind TURBINE (there is no mill) is called a GENERATOR. This is where the magnets are. Generators are connected to the turbines in Coal plants, gas plants and nuke plants too. They all use magnets.

    3. Re:Bull by Anonymous Coward · · Score: 0

      Generators in base load plants aren't sitting idle most of the time. With the low capacity factor of wind, many times more magnets are required to produce a given amount of energy. Moreover, many times the transmission infrastructure is also required, which must all be sized to carry full power even while the lines are usually idle. It makes no economic sense, evidenced by the fact that wind construction ceases when the massive subsidies dry up.

    4. Re:Bull by Anonymous Coward · · Score: 0

      And therefore those magnets cause global warming because they are so far up in the sky!

  34. Re:This type of article never tells the whole stor by evilviper · · Score: 1

    So actually what happens when there is too much wind and rain ,this is terribly expensive for us, because the more subsidized energy is produced , naturally we paid more and more.

    Yes, that's how a subsidy works... Your government believes the long-term benefits of renewables are worth a (hopefully modest) short-term electrical price increase to incentivize the investment in building and installing them. If that has changed, the government should review the rule, and perhaps modify or change it.

    Once the tariffs end, you can never have "too much wind", as the power companies can just tell the wind turbine operators to adjust the pitch of their blades to reduce supply to reasonable levels, when needed. Similar applies to solar. Since it's not a fossil-fuel plant, they aren't wasting any money on fuel when they just don't operate at peak efficiency.

    And short-term negative energy prices like this are a HUGE opportunity for someone to invest in grid-scale energy storage. When there are strong winds and the power company doesn't want all the electricity you can provide, you could always use the excess to do something like charge batteries, generate hydrogen, heat-up an insulated tank of liquid sodium, pump water up to the top of a dam, process other valuable atmospheric gases (liquid nitrogen?), or similar. The more wind capacity you have, and the more often you have zero or negative electricity prices, the more economic it is to build a facility like that.

    --
    Slashdot gets worse every day... Pipedot: News for nerds, without the corporate slant
  35. Private Speculation? by chuckugly · · Score: 1

    Maybe allowing speculators to connect to the grid and buy, store, and sell electricity would smooth it out.

    1. Re:Private Speculation? by angel'o'sphere · · Score: 1

      Well, that is allowed ...

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
    2. Re:Private Speculation? by chuckugly · · Score: 1

      But knowledge of the current price wholesale and payment at that price are not as far as I know. Happy to be wrong though. ;)

    3. Re:Private Speculation? by angel'o'sphere · · Score: 1

      Yes, they are. The energy "stock" exchange is an open market, like any other.

      --
      Cost free eBook I read (by iBook/Kobo/Amazon/ObookO/Gutenberg etc.): "The Green Odyssey" by Philip Jose Farmer.
  36. One Grid? by PsyMan · · Score: 0

    Correct me if I am wrong (I am speaking of the UK but it must be similar for most countrys) but isnt it just one national grid broken down in to multiple inputs and suppliers? If I was to sign up to a "Green ecolec" supplier who claimed that they only use 100% renewable power it would actually only be my money that is going out to a renewable supplier, the electricity coming in to my house would still be the same electricity as if I had stayed with the bogymans coal powered generator. Its not as though they come and rewire your house to a different source is it? I can't really claim that 100% of MY electricity comes from renewable sources (unless I have solar panels and off grid) but I can claim that I support a supplier who invests 100% in renewable energy on my national grid. Which isnt a bad thing unless it costs me twice as much.

  37. only good for the companies by Anonymous Coward · · Score: 0

    because I'm in germany and still I have to pay each year more for energy. prices never go down.

  38. The funny thing is... by Anonymous Coward · · Score: 1

    here in Germany, solar and wind power is painted as unreliable yet we export energy to France, our neighbhour with the good, reliable atomic power - which, reliably, has to shut down its nuclear plants every summer and winter when power demand is highest...

    1. Re: The funny thing is... by Anonymous Coward · · Score: 0

      Not really.
      http://www.ise.fraunhofer.de/en/downloads-englisch/pdf-files-englisch/news/electricity-production-from-solar-and-wind-in-germany-in-2013.pdf
      See Page 52.

  39. Re:Score by Dan541 · · Score: 1

    The Greens TKO The Fossils!

    Greens:1
    Fossils:0

    Until the wind dies :D

    --
    An SQL query goes to a bar, walks up to a table and asks, "Mind if I join you?"
  40. Re:Shills. Shills everywhere! by Anonymous Coward · · Score: 0

    You are so wrong. Look at what people are saying about wind subsidies. I live in Germany and currently pay 22.28 Euro cent per kWh (.3045 $/kWh). My provider adjusts tha prices every six months. That's not including 80 Euro a year just to have my apartment hooked up to the power grid. The renewables have increased our electricity prices over the past few years with no end in sight. The renewable producers are guaranteed to make money at the expense of my power bill. The government believes this is in our best long term interests (global warming, nuclear fears). I do not agree. Can someone disagree with you without being a 'shill'? Think about what people are trying to say before you attack. When you disagree, please do so with logic, reason and evidence. Perhaps you ARE correct. But acknowledge that you may NOT be (at leas to yourself). Let's together bring a measure of rational discourse back to Slashdot.

  41. Re:Score by maxwell+demon · · Score: 1

    Thanks to climate change, we are bound to getting more wind. ;-)

    --
    The Tao of math: The numbers you can count are not the real numbers.
  42. Base load is not actually needed by olau · · Score: 1

    Base load is a limited way of thinking about things.

    Really, a more generic model is that you need to follow the power usage curve. That's the only thing that matters. If you think about it that way, nuclear and big coal plants aren't too great either because it tends to be uneconomical to ramp the production up and down. For nuclear, you need to be operating as close to 24x7 you can get to recoup the capital costs.

    This more generic way of thinking about things also allows us to see that even in base load scenarios, you will have gaps where the base load plants are offline, e.g nuclear plants go offline for refueling and service.

    The job of a good power system is to make sure you have capacity that can relatively quickly ramp up production to fill in the gaps, e.g. hydro power or gas plants, or perhaps in the future some sort of grid-level storage. Wind power is compatible with this model. That's why it, despite your remark, actually works just fine in practice.

    1. Re:Base load is not actually needed by Mr+D+from+63 · · Score: 1

      The job of a good power system is to make sure you have capacity that can relatively quickly ramp up production to fill in the gaps, e.g. hydro power or gas plants, or perhaps in the future some sort of grid-level storage. Wind power is compatible with this model. That's why it, despite your remark, actually works just fine in practice.

      You cannot ramp wind up and down all the time, so I wouldn't call it entirely compatible with that model. It certainly can fit in the model at the appropriate levels. I agree with the future storage, if that is ever economically viable it would be a game changer.

    2. Re:Base load is not actually needed by Anonymous Coward · · Score: 0

      You can turn down wind power easy enough, by braking the wind turbines and turning them out of the wind like when done for maintenance or when conditions are not safe to run the turbine. But that would imply having a vast amount of wind power beyond demands such that it is not more economical to just shut other things down first, which such a large setup might not be economical at the moment.

    3. Re:Base load is not actually needed by cheesybagel · · Score: 1

      Nuclear power plants get scheduled reloads. So you can predict and compensate. Predicting wind power generation is more difficult. Not to mention that you can't generate with no wind.

    4. Re:Base load is not actually needed by Anonymous Coward · · Score: 0

      You can ramp wind down. How else do wind turbines avoid overspeed. It's the ramp-up that's a problem and the inconvenient property of many designs that they're all or nothing, either the turbine is following wind speed or it's stopped. This makes it hard to operate a consistent ramping model but it can be done on the scale of a whole wind farm.

  43. Re:bfd - US historical experience by harvey+the+nerd · · Score: 1

    RIght now, oil costs are extremely high even though gas is relatively cheap. In the more settled markets of the 1990s coal generated electricity costs at the lowest cost generators were in the range of 1 - 2 cents per KWh ($10 - $20 per MWh).

  44. In europe this is a good thing.... in the usa..... by Lumpy · · Score: 1

    Here in the USA they would start talking about how the poor poor billionaires that own these power companies need government bailouts because of falling electricity prices.

    Oh woe is the Robber Baron, for his massive fortunes are not growing fast enough. We the people must help this poor destitute billionaire..

    --
    Do not look at laser with remaining good eye.
  45. Re:Shills. Shills everywhere! by Lumpy · · Score: 1

    Well the EPA does what it can to make sure the poor cant heat themselves here in the USA. Wood stoves are currently under battle as polluters. Even though the Rocket mass heater burns so completely that very little comes out of the chimney.

    IF you outlaw heating systems that people can gather the fuel themselves for, you lock them into more of a slavery system.

    --
    Do not look at laser with remaining good eye.
  46. Re:day base price consumer price by Anonymous Coward · · Score: 0

    The big German utilities love wind power - precisely because it artificially inflates spot volatility and hence increases the rates they can charge industrial customers for long-term supply contracts. They make a killing selling lignite-generated power at wind-generated volatility.

  47. Re:day base price consumer price by Anonymous Coward · · Score: 0

    RTFA: "In the UK, day-ahead baseload power prices were stable in December on a month over month basis, but were up 6.5% year over year. With only two cable interconnections to France and the Netherlands, the UK's exposure to mainland European power surpluses is limited"

  48. Re:day base price consumer price by nava68 · · Score: 1

    The prices are not inflated for all industries - some companies (at the moment app. 1700, until the end of 2014 another 1000 - all of them industries with high energy input) are exempt from some fees AND are able to procure energy directly at the electricity trading exchange. The strange situation at the moment is, that german companies with high energy intake (>40 GWh/a) pay less than the european average and that future prices for 2015 or 2016 are well below lets say dutch or french prices (36€/MW for D, 42 €/MW for F, 44€/MW for NL). German utilities do love wind power, but only as far as small and medium customers with no access to EEX or PHELIX are concerned...

  49. Turn off the big government dick... by Anonymous Coward · · Score: 0

    in europe and see if those numbers mean anything in a free unsubsidized economy.

  50. Back in the states by terrywirth5 · · Score: 1

    we have oligarchs spending millions to kill alternative energy (to coal and oil). Meanwhile, the aftereffects of pollution is killing the plebs. See Freedom in WV for the latest example.

  51. Re:This type of article never tells the whole stor by anarking · · Score: 1

    Please remember to think more than a day down the road... That is not very much money, to invest in the most important part of living (next to food) in the modern world. So now, just because it is cheaper, you want to burn more coal again? The future is made of renewable energy, but we have to pay now to save ourselves later. And luckily enough for those in parts of Europe, it's being built so quickly, people will actually get to experience extremely low energy prices soon, all the time. Hang in there...

  52. THIS is why generation companies by Anonymous Coward · · Score: 0

    THIS is why generation companies don't like or want renewables.

    Because they have lost profit because the usage hasn't gone up, but the cost of production has gone down, and that's not good for the old players. They want the same revenue. Changing that downward means they have to work out what to do about it, and that's work.

  53. Neither can nuclear. Or coal. Or gas. by Anonymous Coward · · Score: 0

    So I guess we don't have an electricity grid, huh?

    Oh, and the amount of kinetic energy taken out of the air by wind turbines even if they were to take every joule we use for all power sources is a minute fraction of the whole.