Optimize Offshore Wind Farms Using Weather Modeling
An anonymous reader sends this excerpt from a Stanford news release:
"Politics aside, most energy experts agree that cheap, clean, renewable wind energy holds great potential to help the world satisfy energy needs while reducing harmful greenhouse gases. Wind farms placed offshore could play a large role in meeting such challenges, and yet no offshore wind farms exist today in the United States. In a study just published in Geophysical Research Letters, a team of engineers at Stanford has harnessed a sophisticated weather model to recommend optimal placement of four interconnected wind farms off the coast of the Eastern United States, a region that accounts for 34 percent of the nation’s electrical demand and 35 percent of carbon dioxide emissions. ... Among its findings, the Stanford model recommended a farm in Nantucket Sound, precisely where the controversial Cape Wind farm has been proposed. The Cape Wind site is contentious because, opponents say, the tall turbines would diminish Nantucket’s considerable visual appeal. By that same token, the meteorological model puts two sites on Georges Bank, a shallows located a hundred miles offshore, far from view in an area once better known for its prodigious quantities of cod. The fourth site is off central Long Island."
You can't have pristine landscapes, a non-petrol economy AND several kilowatts of electric power at your fingertips, to be switched on whenever you come home. We here in Europe are making choices. We know we have to. So will you, so will you.
Religous speak to God. Insane are spoken to by God. When all shut up, one can finally hear Shostakovich in peace
Authors on the West Coast propose wind farms on the East Coast ;-)
cheap, clean, renewable wind energy
Won't. Happen.
Wind is diffuse and intermittent. If it really were "cheap", there would be a sound business case for it. As it is, the costs of storage are forever elided.
Dog is my co-pilot.
"As I understand it, the problem with offshore wind is not the weather, but the insanely high costs of maintenance."
Will it need thousands of armed people spending a trillion in foreign lands?
As always, nobody wants this stuff where they will have to look at it. Then there's the political brilliance in the linked article: "...the advantage of sharing costs across several states, potentially increasing political support for the plan." Yeah, a bunch of New England states are gonna jump at the chance to pay for something that benefits other states.
You never really know how close to the edge you can go until you fall off.
I wonder whether they have considered using the WINDCSAN dataset. It's what I worked on for a couple of years developing much greater accuracies for offshore windspeeds than modelled data - and more accurate than the raw NASA data. We managed to achieve 95% accuracy when compared to in situ metmasts, far better than the 80% accuracy with the raw data. See: http://en.wikipedia.org/wiki/WindScan
The visual appeal is subjective at best - I for one think that offshore wind farms are very cool looking and wouldn't mind seeing a line of turbines off in the distance when I walk out of my backyard and onto my pier.
This overwhelming sense of peace and contentment is probably because I have a mansion in Nantucket with a private pier.
Taxes were never raised to pay for it, so it must be 100% free!
Right?
I don't suffer from insanity, I enjoy every minute of it!
Coal burned in the ISONE (New England minus a tiny bit of northern Maine) comes almost exclusively from South America -- Columbia and Venezuela. It turns out that shipping it by barge is easier than getting it past the railway congested New York City area.
That written, given the current prices of delivered gas and coal, gas is on the margin, not coal. That means additional wind generation likely displaces natural gas generation for most hours of the year. However, given that natural gas prices continue to fall, the dispatch order may switch within the next few years or sooner, especially in non-winter months, relegating coal to peak hours during the week in summer and winter regardless of the wind projects.
Don't get me wrong -- I'm all for installing wind and displacing fossil fuel generation in New England, New York, and (more importantly) PJM (DC to Newark to Chicago triangle, roughly). However, understand that at this point, wind isn't likely to displace coal in New England.
Support a few technologists in Washington.
They used weather statistics to model their theoretical windfarms.
...that it is nowhere near Cape Cod, or Ted Kennedy's ghost will haunt you for ruining his view!
http://en.wikipedia.org/wiki/Cape_Wind#Controversy
Maintenance costs, low capacity factor, and the diffuse nature of the energy source it is trying to harvest
You're being sarcastic, I know. But the parent has a point. Maintenance via engineering and technicians is far cheaper than boots on the ground halfway around the world. The hazards are far worse too.
The reality is that the day of cheap energy in the form of BTUs are over. We can bitch moan and complain all we want. The party was fun while it lasted. Sobering up to reality is the part that sucks.
My advice. Start getting used to leaving your windows open. Soon you'll find that running your AC gets expensive. Driving too. I'd like to plant a victory garden myself, but these days that will land you in jail. Fun times ahead.
Life is not for the lazy.
All previous proposals were based off pure guess work?
Actually, running your AC is about a perfect application for solar PV. You need it most when the Sun is shining the hardest.
if you garden has cannabis in many places in would be illegal, and if i may add, just the type of things i'd want in my garden ;)
The problem is simply this.....electric cars don't work, they aren't economically feasible ATM. Even with government subsidies the Volt is over $40,000 and i bet if you look the biggest use of gasoline is the working poor who sure as hell can't afford to get rid of that 99 Explorer they have paid for for some vehicle that costs $40k and will need the $17k+ batteries replaced in less than 7 years without the vehicle being stowed in a garage (which most poor don't got).
And please don't bring up public transport because 1.-in many areas like pretty much the entire rural states it simply doesn't exist and wouldn't be economically feasible to build, and 2.-Buses quickly become overrun with the scummiest of the scum so nobody wants to ride them. i know in my home state I'd rather ride on a prison bus than take public transport, at least the prison bus has armed guards.
so you are looking at a couple of choices, you 1.-pay trillions in taxes to give the masses electric cars AND you pay trillions to replace the batteries they can't afford when they die, or 2.-you pay trillions for public transport AND trillions more in both security and in keeping lines in rural areas open. Since neither of these will actually be possible thanks to the states being broke and the majority of a certain party signing Grover Norquist's 'No new taxes on teh rich EVAR!" pledge I simply do not see how non fossil fuels are suppose to replace boots on the ground in either the short OR the medium term. Doesn't mean we shouldn't be paying for research, after all some scientist may come up with a super cheap battery tech that will make it work, but right now the math just doesn't compute, sorry.
ACs don't waste your time replying, your posts are never seen by me.
First, many people can afford a 100% electric vehicle right now and never pay another dime for gas to commute to work. The Zero XU has a removable battery that I can use to charge at work and at home. The range is sufficient for me to get to work on a single charge. It only costs $0.16 per charge and that's 16 cents that I won't even be paying since I'm going to charge it under my desk at work. The total cost for the bike is less than $8K and it is available for purchase right now.
Second, the ARPA-e independently validated Lithium Ion breakthrough is going to be commercialized in a few years and then Electric cars are going to really be into play for all classes of vehicles including trucks.
The reality is that the day of cheap energy in the form of BTUs are over.
Simply untrue.
Nuclear.
OK then, or in the future after more R&D.
A good design, mass production of it and improvements to the fuel cycle could make it competive with other forms of energy as those other forms slowly increase in expense, but that takes work instead of the sitting around and whining that is all the US nuclear lobby can be bothered to do.
For now "cheap nuclear" is science fiction, but it's SF that could become reality if some resources are commited to it. In the last few years we've finally seen the full development of Synrock which makes the high grade waste problem a hell of a lot easier to solve. It was almost ready in the 1980s but a lack of commitment to R&D and the fantasy that all problems in nuclear had been solved held it back for so long.
As for wind, energy monocultures are a very bad idea so even wind has it's place. Apparently it's good to have as spinning reserve that you can bring on line almost instanly to cover a peak, or the interesting idea of using it as compressed air pump storage.
Absolutely agree. Which is why I'm in favor of concealed carry. Public transportation works wonders in highly populated cities, but not anywhere else where density starts drop off the further from the major cities you go. Also, going shopping and moving any large amount of foods and other goods is a major PITA. You almost have to get it transported for you. That, or you're completely dependent on a limited selection of retail and food markets located close to home.
About the worst case scenario is going back to an era where human powered cycle rickshaws become popular again. Supply and demand yields unexpected results.
Life is not for the lazy.
Current nuclear is cost competitive. It is not science fiction. Please educate yourself.
This map indicates that Michigan has wind resources consistent with community-scale production. The map shows that the land-based community-scale wind resources in Michigan are concentrated along the immediate shores of the Great Lakes (especially Lakes Michigan and Superior) and on islands. The Great Lakes themselves have good-to-outstanding wind resource.
http://www.windpoweringamerica.gov/maps_template.asp?stateab=mi
Chicago (and Northern Illinois, Northern Indiana, Southern Wisconsin, and Western Michigan) would certainly benefit from these wind farms in Lake Michigan; they could be placed far enough from shore so that there is no 'Nantucket problem'.
DNA is a Turing machine. You, however, being dynamic and emergent, are not.
If there were a real business case for this, we would already be switching over to it.
This is no "myth", it is a real consequence of energy diffuseness and intermittance. All pitches for renewables for baseload always end in the punchline, "And we could do it today, if only we find the political will." N.b., the key word "political". That is, the author wishes to force their ineffective, uneconomic solution upon everyone else.
Hidden from view, of course, is the fact that switching to these energy sources will impoverish anyone dumb enough to use them.
Dog is my co-pilot.
The Synrock bit should have been a bit of a clue that I've been following this since before 1986 so the "please educate yourself" comment of yours is a very amusing backfire. Don't just be a silly fanboy, silly fanboys that assume that it's all perfect actually hold progress back (eg. cancellation of the US thorium reactor project because of the implications that current uranium reactors are not perfect).
It's an interesting subject and you can do a hell of a lot better than the watered down propaganda at the link you sent. The numbers have to actually measure something properly to mean anything and a bullshit graph that ignores capital costs is nothing but a trap for suckers. Don't be a sucker. Learn a bit about what you are advocating and after a while you would be embarrassed to link to something like that.
You can store wind power or any other intermittent power source by pumping water uphill of a dam and then running the dam down when the wind is not blowing, there are losses but the energy can be stored