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NREL: Feed-in Tariffs Legal in US When Certain Conditions Met

By Paul Gipe, Contributor
February 9, 2010   |   10 Comments
A new report charts path through the U.S. regulatory minefield.

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10 Reader Comments
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Comment
1 of 10
Anonymous
February 10, 2010
We need FITs of $2.00 per kwh. Then we will all be wealthy!
Comment
2 of 10
February 10, 2010
Legitimate governments can allow a free and fair market-based economy by directly issuing appropriately valued RECs ($0.05-$0.10 per kWh) - like United States Notes - to individual (legally transparent) citizens who produce environmentally benign renewable energy:

JPChance.wordpress.com

More democracy, less bureaucracy.

yahoogroups.com/group/GlobalRelations
Comment
3 of 10
February 10, 2010
Our renewable energy company has no problem with a feed-in tariff set at the avoided cost as long as it is set by the state, and not utilities (ie the monopolists cannot be allowed to play their game of claiming they don't need any more capacity so they don't have to pay that portion of the price).
Comment
4 of 10
February 10, 2010
Does the avoided cost of new gas generation include cost from adverse events, including explosions, or is that subsidized or charged off as an insurance company covers it?

In places where these explosions have occurred, I would expect a stronger local move toward feed-ins for solar because distributed-energy has so much less risk of an incendiary incident.

I would like to see someone do an update on the state of hybrid PV-thermal solar and see-through/PV here, with case studies and photos. Suntech has some, for one source. Anybody up for that?
Comment
5 of 10
February 10, 2010
In discussing FITs, there is a problem between the "real world of what consumers actually pay" and how rates are developed using the concept of "avoided cost". Rates are comprised of two components; (1) a fuel cost component, and (2) a capacity component. The capacity component reflects the recovery of capital cost and a fair return through an utility's rate base of ALL capital investments.

I'll try and make an analogy to frame the problem. You buy a car for your work based on the best deal you can find using avoided cost. You develop avoided cost on three things -- fuel and maintenance cost, cost of the car payment, AND the expected miles you expect to drive. But after buying the car something happens that you didn't expect -- you lose your job and the car primarily sits in your garage but the car payment still has to be made.

All of a sudden, your car buying decision doesn't look too good base on this change in assumed use. Using 20/20 hindsight, maybe you should have leased the car for a year, you should have kept the old car with its higher maintenance costs, etc.

In the discussion of FIT, what is overlooked in the discussion is a "real world" occurrence where a peaking unit (which solar and wind units typically displace) is placed into the rate base and then used much less than expected (due to weather, less demand from a recession, etc.). When actual use is dramatically lower than expected use (in the derivation of avoided costs), what the consumer actually pays in the "real world" can be much, much higher than any FIT.

We try to discuss this more in depth at our blog at: http://greenenergy.blogspot.com/2010/01/pricing-green-electricity-feed-in.html and our website at http://www.treepower.org
Comment
6 of 10
February 10, 2010
Great analysis, I look forward to reading Hempling's article. How about a benefit to society for encouraging new generation technologies? Or conversely a cost-based analysis rooted in economies of scale, and projected decreasing future costs of new technologies over time? Maybe that kind of analysis would involve too many assumptions. I can see how restructuring the way the States evaluate distributed generation would be the most progressive solution.
Comment
7 of 10
February 16, 2010
Great article. The legal issue hinges on defining a 'big picture' definition of the word COST, which in our economy is not reflective of the PRICE we pay for power.

No cost argument is complete without leveling the TRUE costs of production (societal and economic). This includes the cost of environmental degradation and health care costs associated with polluting carbon based fuel sources, or the costs of depleting energy reserves. TVA may be the cheapest retail electricity rate out there, but what are their costs for cleaning up the 100 million ton spill of coal ash in the Emory River? What will happen when lead, cadmium and mercury leach into the water table? What's the healthcare and lost opportunity cost of a million more asthma sufferers? What's the cost of lost tourism dollars from mountaintop removal? What does it cost to kill off native species and lose game fish revenues? What is the cost of consuming 3.1 gallons of water for every kWH of coal, nuclear or NG fired production? Factor these into production costs and you'll quickly determine we are not paying near enough to reflect the impact of fossil fuels. A FIT would be but one of several means to capture levelized cost.
Comment
8 of 10
February 16, 2010
Great article. The legal issue hinges on defining a 'big picture' definition of the word COST, which in our economy is not reflective of the PRICE we pay for power.

No cost argument is complete without leveling the TRUE costs of production (societal and economic). This includes the cost of environmental degradation and health care costs associated with polluting carbon based fuel sources, or the costs of depleting energy reserves. TVA may be the cheapest retail electricity rate out there, but what are their costs for cleaning up the 100 million ton spill of coal ash in the Emory River? What will happen when lead, cadmium and mercury leach into the water table? What's the healthcare and lost opportunity cost of a million more asthma sufferers? What's the cost of lost tourism dollars from mountaintop removal? What does it cost to kill off native species and lose game fish revenues? What is the cost of consuming 3.1 gallons of water for every kWH of coal, nuclear or NG fired production? Factor these into production costs and you'll quickly determine we are not paying near enough to reflect the impact of fossil fuels. A FIT would be but one of several means to capture levelized cost.
Comment
9 of 10
February 17, 2010
sfortuna, are you saying more in not better? All of the problems you mentioned add to our GDP.
Comment
10 of 10
April 17, 2010
Great Article identifying legal/regulatory (FERC/PURPA) issues unique to the U.S. State/Federal leggal structure --not really faced by other nations that have enacted FITs-- finally read the NREL Report and had a short discussion Scott Hempling (one of Co-Authors.)


As a lawyer practicing in New York (and an avid student of FIT regimes) I wondered what comments or advice you would have for the ppoposed FIT-type Bills pending in New York: one is a REC-type (S7093)-- SRECs; the other is more a "true FIT": S2715A.

In New York there's a State-based concern (amog legislators)about potential FERC-jurisdictional issues. Seems the power commissions have a hesitation in direclty approaching FERC for CLARIFICATION of the Law thereby ensuring that 20MW-and-under RE facilities cost-based FITs could be implemented.
Seems like no one's in a better position to approach FERC than the State Commissioners -- unless you feel the Renewable energy groups would be better.

Cheers,

SMT -- NYC
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paul gipe

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About: Paul Gipe has written extensively about renewable energy for both the popular and trade press. He has also lectured widely on wind energy and how to minimize it... more »

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