Further government intervention will be required in order to meet the policy goal of supplying 20% of US power needs by 2030, according to a recent analysis by the Congressional Research Service.
Although windpower currently provides only about 1% of U.S. electricity needs, it is growing more rapidly than any other energy source. In 2007, over 5,000 megawatts of new wind generating capacity were installed in the United States, second only to new natural gas-fired generating capacity. Wind power has become “mainstream” in many
regions of the country, and is no longer considered an “alternative” energy source.
Federal wind power policy has centered primarily on the production tax credit [PTC], a business incentive to operate wind facilities. The PTC is set to expire on December 31, 2008. Analysts and wind industry representatives argue that the on-again off-again nature of the PTC is inefficient and leads to higher costs for the industry.
While there is often bipartisan support for the PTC in Congress, debate centers more fundamentally on how to offset its revenue losses. A federal renewable portfolio standard — which would mandate wind power levels — was rejected in the Senate in late 2007; its future is uncertain.
Continued expansion of wind power in the United States could be slowed by lack of transmission capacity and expiration of the federal renewable production tax credit.
On the other hand, federal policy on climate change, expected by many in the next Congress, would likely put a value on carbon dioxide emissions and give wind power additional advantages compared to coal- and natural gas-based electricity.
The CRS findings are similar to those set out in the annual wind energy report from the Department of the Energy and Lawrence Berkeley National Laboratory (Berkeley Lab).
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This article has 17 comments:
- jegan ;-)
- 692 Comments
Jul 01 07:37 PM- floorboard
- 16 Comments
My Website
Jul 01 08:29 PMWe people who still think this is the best large country in the world are sorry for your mioptic view of America John.
- khwender
- 18 Comments
Jul 01 10:17 PM- Obvious Adam
- 5 Comments
Jul 01 11:18 PMFacts based on opinons mean nothing. Opinions must be based on facts.
- pochovilla
- 196 Comments
Jul 02 07:38 AM- Road Runner
- 113 Comments
Jul 02 10:18 AMAlso, since when is west Texas beautiful?! Have you ever been to some of those west Texas towns that smell like oil? I'd rather see a landscape full of clean white wind turbines, than nasty oil rigs.
Most of the people living around windmills eventually like them because of the huge amount of money they bring to often economically depressed areas. It's better to live with windmills, than be forced to move to the city to find a job. Some west Texas towns have a whole new sense of prosperity and optimism since wind farms were built near them. Nothing like a new school building to raise community spirits
- azrael
- 2 Comments
Jul 02 10:54 AMSorry. You are probably a kind boy. But stop dreaming !
Eric
- CaptBob
- 198 Comments
Jul 02 11:13 AMWhat we need now--in the present CRISIS--is the fastest solution, the gains in the economy will make up the difference and give us "Breathing" room. And that's wind!! There's nothing else that can go on line in a month and displace a petro fired generator adding to supply and reducing costs.
But go ahead and debate it a few more years. Are the only thinking people on the planet the Scandinavians??
- Road Runner
- 113 Comments
Jul 02 11:32 AM- ART005
- 41 Comments
Jul 02 11:44 AMI have a fast 1 kW, 9'-2" rotor, 17' tower turbine in a rural setting of small mountains, lakes, streams, eagles just the kind of beautiful place that urban legend says is too beautiful for turbines. My neighbors complain when I shut it down for service. It's part of the friendly gab at the local tavern. I give tours to passer byes. It has killed no birds in 4 years. My large windows have killed 3. So the research for Floorboard is prohibit windows, install turbines!!
- nakedjaybird
- 397 Comments
Jul 02 11:51 AM1) the installed capital cost per unit energy peak,
2) the production energy cost per unit of energy peak,
3) the production energy cost per unt of energy produced with
4) the as-produced appropriate capacity factor,
5) time from start of construction to producton, and
6) the development of a complexity factor (considering associated activities etc., for exploration, mining, drilling, processing, transportation, remediation, waste, pollution, regulations, supporting industry complexities, legal, siting and enviornmental, etc.); and then,
7) a life-cycle cost/year on the initial fixed cost investment, and
8) a life-cycle cost/year on the variable cost including all operating, maintenance, and replacement costs.
In other words some financial considerations, and then some non-financial considerations.
All good CEO's and Directors know that leadership performance normally has both types of financial and non-financial objectives to measure their performance. And some short term and long term measures.
The articles cost comparisons shown do not necessarily consider all these factors, especially for several of the technologies shown such as solar and wind where the energy source is readily available, free and forever, with low maintenance and minimal complexities. Of course, hydro, oil, wood, biomass, biofuel, geothermal, etc., were absent.
So, let's smarten up our comparisons with some financial fixed costs and variable costs differentiation; life-cycle costs; and some non-financial considerations. Most reasonable businesses do that for evaluation purposes.
- nakedjaybird
- 397 Comments
Jul 02 12:07 PM- Road Runner
- 113 Comments
Jul 02 12:40 PM- nakedjaybird
- 397 Comments
Jul 02 01:13 PMJust asking to be better served. Both you and me.
Same request stands regarding all the money and breaks the Government gives to dying and forever more expensive energy sources (oil, gas and coal) instead of properly betting and funding our future a better way (solar, wind, etc.) to achieve the equivalent work function with much less waste, less complexity and fewer consequeces, AND NOT BEING DEPENDENT upon the rest of the world.
- Learning Curve
- 33 Comments
Jul 02 03:16 PMThanks for the discussion.
- Road Runner
- 113 Comments
Jul 02 04:22 PMThe biggest obstacle to wind generation in the plains is transmission lines. This is an area that needs big government help because it is very expensive and time consuming to build transmission lines.
The plains are not too far away from cities to be useful. For long transmission distances, high voltage direct current (HVDC) transmission can be used. It’s an established technology. It has a range from 300 to over 1000 miles with minimal power loss. It takes less space than AC transmission and can be put along highways. So, power generated in the plains can be sent to Midwest and Western cities. But again, the government needs to promote this.
- nakedjaybird
- 397 Comments
Jul 02 06:46 PMMore by Research Recap