Subsidy Farming

This is the kind of thing that happens when governments distort market incentives.

The above-market prices, called feed-in tariffs because panel owners feed power into the grid at premium prices guaranteed for decades, are high enough in Italy to generate average revenue of 35 euros ($48) a day for a 100-square-meter (1,076-square-foot) roof, according to Bloomberg calculations.
 
“The feed-in tariff drives our business plan and profitability,” said de Vergnies, whose plans include two photovoltaic plants in southern Italy that will generate enough electricity for 25,000 homes.

The gist:

The solar industry is “built on subsidies,” said James Britland, an alternative energy analyst at Allianz RCM in London. “This is a non-competitive industry that has to be subsidized.”

The investment capital that’s diverted by taxes into subsidies for politically-correct tech fads, and by investors themselves in response to the distorted incentives created by such subsidies, is capital that doesn’t get invested in productive ventures in biotech, medical devices, etc., etc. Keep this fact in mind the next time you or someone you know needs advanced medical treatment. Those chemotherapy agents and other wonder drugs don’t invent themselves. Fewer of them get invented to the extent we allow our reckless political class to divert precious capital to unproductive solar-energy schemes and other financial sinkholes.

Wind Power and the Grid


The Wall Street Journal wrote a front page article titled “Natural Gas Tilts at Windmills in Power-Generation Feud“. This article was well written and describes a controversy in Texas related to wind energy and their (inherent) inability to deliver reliable power.

Texas is unique in that it is “walled off” from the rest of the USA on its own grid called ERCOT. To be technically correct, the Texas grid doesn’t include El Paso (I used to consult out at El Paso Electric) but that part of the state really is more like New Mexico, anyways.

Texas has a large percentage of wind power – 6% for 2009. The other sources of generation are about 20% for nuclear, 30% for coal, and 45% for natural gas. Per the article:

Texas… has 9,400 megawatts of wind-power generation capacity – more than all the power plants in Utah. Texas has more wind power than any other state… more than three times as much as California.

Power is generally dispatched in the following manner:

1) the grid control operator makes a request for how many megawatts of power that it needs for the next day
2) the various owners of generating capacity (wind, gas, coal and nuclear) submit their available power for the next day
3) the wind power is always taken because it has the lowest incremental cost, along with the nuclear power available as well as coal. Then natural gas is selected until demand is equal to supply, with older less-efficient “peak” gas plants turned off if there isn’t enough demand

The issue is that wind power can’t guarantee its available capacity. In general, if a generation owner “commits” to a certain amount of supply capacity and can’t provide the electricity, then that generation company is charged a penalty for failing to deliver.

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Why Alternative Power Is and Will Remain Useless

Here’s a fact you won’t see mentioned in the public policy debate over “alternative” energy:

There exists no alternative energy source, no combination of alternative energy sources, and no system of combinations of alternative energy sources that can fully replace a single, coal fired electric plant built with 1930s era technology.

Nada.
Zero.
Zilch.

Yet many want to make this group of functionally useless technologies the primary energy sources for our entire civilization.

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The Nuclear “Renaissance”… at -1 (Maybe)

There has been much talk of a “renaissance” of nuclear power in the United States. While I personally am a big fan of nuclear power, in my posts I attempt to cull the reality from the hype. One key concept is that even if a few plants get built, they are not likely to significantly dent the capacity loss from plants being pulled from service out of our current fleet of 104 units.

Vermont Yankee

Recently the state of Vermont decided not to allow the renewal of the license for the Vermont Yankee nuclear plant. This decision was made by the Vermont Senate not the NRC itself (the NRC has allowed all licenses to be extended that have been requested so far, I believe). The NRC originally licensed reactors for 40 years and can provide a 20 year extension; Vermont Yankee went live in 1972 and thus it will not be in use past 2012 unless the license is extended. Per this article, Entergy intends to fight the state decision:

Late Wednesday, the Vermont Senate blocked the company’s application for a 20-year operating license extension for its Vermont Yankee nuclear plant. Entergy said in a statement that the effort to win the renewal, “is far from over.” The power company said it’ll work to prove its case to the Vermont legislature, state officials and the Vermont public. Entergy may be forced to shut down the plant in 2012.

Of course this begs the question as to how Vermont will now get its power; this plant provided 35% of all power (according to the Wikipedia link above) for Vermont in 2006 and certainly losing a fully paid for, base load nuclear station is going to require a lot of expensive replacement power from other sources. Since Vermont is on the east coast and there is a heavy transmission grid there other power sources should be available, but this likely will have a rate impact on the citizens of Vermont when they begin paying a higher price for out of state power.

Entergy and Spinning off Nuclear Assets

The plant is owned by Entergy. Entergy is run by Wayne Leonard, one of the smartest guys in the electrical utility industry, who purchased this plant back in 2002 (here is a link to the original purchase announcement, before it officially closed, back in 2001). It isn’t a “done deal” yet that the plant won’t get re-licensed, but if so, it would be expected that this would be a financial negative for Entergy because they likely assumed that the plant would have been re-licensed (because they are routinely approved by the NRC) when they purchased this asset back in 2002. Entergy is also thinking of spinning off their nuclear plants to shareholders; this is smart because the value of the nuclear assets are impaired by the fact that they are owned by distribution companies; as a stand-alone asset, they can charge whatever the market will bear and the distribution company will have to pay up or go without; when they are part of an integrated utility you can only raise rates so much without causing yourself problems since you own both sides of the value chain.

The state of New York woke up and realized the problems that independent nuclear plants would cause. Per this article:

New York’s utility regulator said on Thursday its staff found Entergy Corp’s (ETR.N) plan to spin off six nuclear power units, including three reactors in New York, to a new company, Enexus Energy Corp, was not in the public interest. The New York State Public Service Commission said in a release it was considering other options, including changes to the transaction to improve the financial stability of the three New York reactors and provide benefits to ratepayers. The staff concluded that the level of debt needed to finance the Enexus spinoff “is excessive when the business risks of this new merchant nuclear plant enterprise are considered,” the agency said.

Conclusion:

The re-licensing of Vermont Yankee isn’t a done deal yet. It is likely that Entergy will continue to negotiate with the state of Vermont and they want some sort of additional clean up or concessions to allow the sale to go forward, or a guarantee of some sort of rate reductions below what could be charged as “market” rates. Like the state of New York, the states have to move while they still have some leverage (when the plant owners are changing the license or getting re-licensed by the NRC, which may or may not require state approval) because the Federal Government is pretty much approving everything right now without significant conditions.

Given that the states don’t actually believe that significant new capacity will be coming on line anytime soon, and that renewables haven’t made any sort of significant supply contributions to date, letting these nuclear plants charge whatever the market will bear will have ruinous impacts on utility customers because there is no viable competition on the horizon in terms of significant new plants. There has never been a better time to own a paid-off nuclear plant than right now.

Cross posted at LITGM

Updates on Power and the Federal Government

While there has been talk of a nuclear “renaissance” in the media for years, it is mostly hype. Existing nuclear plants in the US are running at a high capacity factor and making money for their owners, but there has been little tangible investment in new nuclear plants in the US.

Loan Guarantees and Financing:

One giant barrier to building new nuclear plants in the US is financing. We haven’t built a new nuclear plant in the US in decades so no one really knows what it will cost (and it depends on which design is chosen) but it is safe to assume that they will cost more than $8-10B each. Given that the entire market capitalization of most US electric utilities is smaller than this figure, as I discussed in this post in June of 2009, the idea that new nuclear plants would be built in large numbers was a pipe dream.

The Federal government (Department of Energy) was trying to assist by providing loan guarantees for these projects. I started reading through the Federal web site about what this really means and found this document which describes the arguments about 1) whether or not nuclear plants really qualified under this program because they aren’t really new technologies 2) how much equity the companies should be required to contribute to the project 3) various other data points that summarize the state of nuclear energy in the US (as of 2007, but still mostly relevant because not much has happened since then). If you are interested in nuclear power I highly recommend that you take a few minutes to download and read this PDF because it is filled with facts and opinions from the various actors.

The original proposed Federal loan guarantees were too small relative to the tiny equity capital available from possible players and the large, looming overruns likely to hit these projects. The Federal government seems to agree because they raised the amount of guarantees per this article:

Budget for the coming year would add $36 billion in new federal loan guarantees on top of $18.5 billion already budgeted — but not spent — for a total of $54.5 billion. That’s enough to help build six or seven new nuclear plants, which can cost $8 billion to $10 billion each.

When these items were discussed back in mid-2009 I noted that the only company listed as a potential candidate with financial strength to pull off one of these plants was Southern Company. Also as I noted, it was amazing to me that the “journalists” who wrote up that story couldn’t do the rudimentary financial research that would have told them that same thing. In any case, today they announced that Southern Company was going to be the first company to receive a Federal loan guarantee for $14.5B for 2 units to be built near their existing plants at Vogtle.

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