loan guarantees

Nuclear Socialism: Energy subsidies—of any kind—are bad business

Interesting article by Amory Lovins in The Weekly Standard examining the history and market-related problems associated with nuclear subsidies past and present.  Lovins suggests that the structure of many of the proposed nuclear programs do a poor job aligning incentives and accountability for proper risk management and oversight, and create a significant risk of recreating conditions similar to those that led to the meltdown in mortgage markets two years ago.  Lovins uses subsidy data from Earth Track, and suggests shifting from always adding new subsidies to various energy forms

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Constellation Energy has announced it will not be continuing its effort to build a third nuclear reactor at its Calvert Cliffs site in Maryland. I looked at the structure of this project, and the associated subsidies, in detail last year in this paper for the Nonproliferation Policy Education Center.

The firm has blamed the US Department of Energy for unreasonably high credit-subsidy payments associated with a $7.5 billion conditional loan guarantee committment to build the new facility.

According to Platt's:

In a letter addressed to DOE Deputy Secretary Daniel Poneman dated  Friday, Constellation Vice Chairman Michael Wallace said the US government's $880 million fee -- 11.6% -- for a loan guarantee to support the $10 billion project was too high.

"Such a sum would clearly destroy the project's economics (or the economics of any nuclear project for that matter), and was dramatically out of line with both our own and independent assessments of what the figure should reasonably be," Wallace wrote.

DOE agreed to cut the credit subsidy amount to 5 percent, in return for $300 million in additional equity from Constellation and power purchase guarantees.  Constellation said no, and thought a credit subsidy on the order of only 1-2% was appropriate.   Christine Tezak, an analyst at Robert W. Baird & Co. in Milwaukee said DOE's terms were no better than those on offer from private funders.  Her claim does not seem credible.   Private funders willing to do 80% debt financing at the risk-free rate in return for an up-front 11.6% payment?  Absent names and details, a good deal of skepticism about these other financing options seems warranted.

Color me skeptical as well on Constellation's claim that the high credit subsidy payment was the main reason for pulling out.  Constellation's own cost models (via presentations done by Constellation Senior VP Joe Turnage in 2008) estimated that the loan guarantees would reduce their cost of power production by 3.7 c/kWh levelized.  Again, using their own operating assumptions for the new reactor, this would have resulted in financing savings of nearly $500 million per reactor per year.  The payback on the "dramatically out of line" loan guarantee fee?  Less than two years.  And that was before rising reactor costs and the credit meltdown made the value of risk-free borrowing even larger than before.

There are two other explanations for Constellation's change of heart that are far more likely:

  • Poor and worsening economics for nuclear new-build.  There is much wider agreement than a few years ago that the economics of nuclear power are just really.  The combination of worsening credit conditions, falling power prices due to the economic recession, the surge in low cost natural gas from fracking, inaction on carbon pricing, and a rather less than stellar delivery schedule on Areva reactors in Europe all suggest caution is greatly needed for an investment of this size.  The Baltimore Sun has a good summary of many of these issues. 
  • Bargaining strategy.  Constellation may be playing project subsidy chicken with partners on both sides of the Atlantic -- with DOE and OMB to get the credit subsidies down to one or two percent; and with the government of France (through their export credit agency Coface) to come forward with the sovereign guarantees that were supposedly pending at earlier stages in the project. 

Hopefully the Obama administration will not intervene here to once again give out the dessert before making sure the spinach has been eaten.  The Administration ought to be indifferent to which low carbon energy options win in the marketplace, and the marketplace seems to have spoken on this project.  However, Platt's indicates DOE is still trying to woo the firm to take the federal billions -- not a great sign for the taxpayers who will ultimately bear the burden of any default.  In contrast, shareholders seemed happy with the change:  Constellation's stock price rose following the announcement and is expected to rise further as a result of the cancellation.

Westinghouse, on the other hand, is still signaling full speed ahead. Time will tell.  It is always so much easier to stay in the game when you are betting other people's money.

Update, 18 October 2010:  It looks like the poor economics may be the leading rationale for Constellation's recent actions, rather than a bargaining strategy to get more favorable terms on loan guarantees.  The firm offered to sell its stake in the nuclear project for $1 plus reimbursement of $117 million in incurred project development costs.

Department of Energy: Further Actions Are Needed to Improve DOE’s Ability to Evaluate and Implement the Loan Guarantee Program

DOE has taken steps to implement the Loan Guarantee Program (LGP) for applicants but has treated applicants inconsistently and lacks mechanisms to identify and address their concerns. Among other things, DOE increased the LGP’s staff, expedited procurement of external reviews, and developed procedures for deciding which projects should receive loan guarantees. However, GAO found:

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The July 8, 2010 edition of Nucleonics Week (not available on the web) included a fairly remarkable article by Ann MacLachlan on Danny Roderick, senior vice president of new projects for GE Hitachi.  The article is based on an address he gave to the the Platts European Nuclear Power conference on June 29 in London, and a subsequent interview with Platts.  Some choice quotes from the article:

1)  Socialism's not so bad:  sell our reactors when you sell countries military equipment

Nuclear power plant deals today need to be part of a package that includes "missiles and aircraft carriers" as well as reactors and infrastructure support," he said..."If this [nuclear buildout] is going to become a team sport, we're going to have to find a team USA," he said, and find out how the US government can support reactors bids that include military equipment, electricity grids and "the entire supply chain" for nuclear power plant infrastrcture, Roderick said.

I would suggest that from the perspective of taxpayers, competing energy technologies, and for slowing proliferation, a much better path would be to challenge the various other "Teams" for violation of their WTO commitments on free trade.

2)  Most growth markets for nuclear power are "closed" to competitive bids, reliant on national champions and government investment

Of the nuclear units under construction in the world, 48 are "in closed markets where I can't compete," Roderick said.  That includes China, France, Russia and South Korea, he said...Roderick said in the last two years "there have been only two actual competitively bid [nuclear power plant] projects that were based on a private company structure.  All others were government-to-government deals..."

Since France, South Korea, and China are regularly trotted out to demonstrate that nuclear power is economically competitive, it is nice to see a clear statement from industry that government subsidies are a primary driver of nuclear construction in these supposed success stories.

3)  Renewed recognition of risk since the US financial crisis has increased the cost of financing to nuclear reactors substantially

"The financial crisis set us back," Roderick said, noting that while most utilities could get self-financing for nuclear projects three years ago, financial institutions in 2008 were reluctant to provide loans and were charging "almost usurious" interest rates for those they did offer.

Note that while I disagree with him that reactor projects could have gotten self-financing from banks three years ago at the types of interest rates Roderick is implying they could, it is useful to note that most cost models for the levelized cost of new nuclear are probably understating the cost of unguaranteed debt by a large margin.  Or, if they are assuming federally-guaranteed debt, they are understating the size of the subsidy this guarantee is conferring.  These models are also likely overstating the debt share of capital structure feasible in today's markets, further understanding the cost of capital on the projects.

4)  We're not like the other firms:  we will deliver on time, and on budget

Roderick said the experience with schedule and cost overruns for nuclear plants under construction should not be extrapolated to the ESBWR.  That design will be complete when construction begins and, thanks to modular techniques, construction will take only 36 months from first nuclear island concrete to startup.

This is an easy one to fix.  GE and Hitachi are both large and financially savvy companies.  They could demonstrate their faith in their products and process simply by using a fixed price bid with financial penalties after 36 months if the reactor were not up and running.  This bold move would no doubt be quite attractive to many potential customers.  If you see such deal structures from Roderick or from others, please let me know.

(Thanks to Ellen Vancko at UCS for bringing this article to my attention).

Review of selected nuclear tax subsidies in the American Power Act

This memo evaluates three tax subsidies to nuclear power contained in the American Power Act (APA): 5-year accelerated depreciation for reactors; a 10% investment tax credit; and an expansion of a production tax credit for nuclear. The draft Act was floated by Senators John Kerry (D-MA) and Joseph Lieberman (I-CT) in May 2010. Subsidy costs were evaluated using prototype AP1000 and Areva EPR reactor characteristics, and a range of values for cost of capital.

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First, a disclaimer of sorts:  as I've stated many times, I think the large scale credit support to private energy enterprises is a bad idea and not likely to end well.  That said, I also think that the dynamics of how credit support is provided is an important issue for evaluation for many areas of policy; a start of that discussion is below.


While much of the discussion on the US Department of Energy's credit support to new nuclear reactors and other energy technologies refers to "loan guarantees," this is only part of the story.  The statute authorizing this support also requires that where the federally-guaranteed portion is 100% of the project debt, the Federal Financing Bank must be the lender.  That is, if the federal government is on the hook for all of the debt, the loan guarantee actually becomes a direct loan.


I've gotten a number of questions on whether this is a good thing.  While my answer (that it depends) may seem unsatisfying, thinking about the incentive structure of the direct loans versus the guarantees is quite useful.  The same dynamics at play with respect to subsidized credit for nuclear reactors are also involved with other government lending activities -- for example, student loans, a financial activity that has only recently been effectively nationalized


The direct lending versus guarantee decision involves a tension between direct costs (in which the direct loan approach can be better) and risk vetting (where the decentralized guarantees distributed by other lenders can be better).  There is also a trade-off between static efficiency (how you behave when you already know the market and what you need to do) and dynamic efficiency (how you adjust operations to deal with changing market and policy conditions).  


For any of these programs, if you know the policy, have trained your staff, and bear all of the default risk anyway, running the lending as a direct loan probably can save money -- both in administrative and markup costs; and potentially in terms of reduced conflicts of interest.  The FFB has less incentive to pump up the loan disbursement volume as high as possible relative to a Goldman Sachs, for example.


However, these types of conditions do not apply to all situations.  Where policy conditions change; staff needs to be hired, fired, and trained in order to do their job efficiently and well; and there is alignment of interest between the lender and the long-term performance of the loan they are authorizing, direct loans are probably less efficient.  While there may be some additional markups on the lending that does go out, the responsiveness of the decentralized organization in terms of finding and vetting opportunities, and monitoring them over time, is likely to more than compensate.  The information that the decentralized lenders see, process, and act on can be immensely valuable in making better decisions with better long-term outcomes -- but only if the lenders share a material stake in that positive long-term outcome. 


In truth, this issue applies far more widely than whether the federal government should make direct loans instead of guarantees.  Franchising is an interesting example of these same tensions entirely within the private sector (credit for this example belongs to Mike Jensen, one of my grad school professors, not to me).  The direct financial costs of franchising are much higher than for a parent corporation to simply own the store and hire a manager.  But the agency costs -- the losses from the local staff and manager acting on their own behalf rather than that of the firm -- are quite high.  Jensen noted that as the number of stores in a particular region grew, the parent corporation at some point would be able to build in sufficient local oversight to overcome the agency costs, and would start to operate company-owned stores rather than franchises.  Jensen's papers on this topic are in academic journals and (to my knowledge) are not available for free on the internet.  But perusing this book on franchise economics will give you a feel for the issues.  


This incentive issue may be part of the logic on the distinction between a 100% guarantee of debt versus lower levels that is made in the Title XVII program:  so long as the originator is also at risk, they will execute due diligence on the borrower at the outset, and do a better job monitoring the loan over the course of its life.  However, the logic has a few holes even for cases where the feds don't guarantee all of the debt.  First, since the DOE chooses the borrower, there is no benefit from outsourcing in terms of deal vetting and selection.  Second, while less than 100% federal guarantees may mean the private lender bears risk on the debt issuance (in theory providing an incentive for due diligence), that is not the only possible outcome.  Some other party (a foreign government, perhaps) may be picking up the rest of the risk; or the lender may immediately securitize and sell the residual risk onto capital markets.  The resulting zero or very small stake in long-term performance of the loan would create a very weak incentive for oversight and management even where the federal guarantees were for less than 100% of debt.


Perhaps the reputational hit to a bank, or internal requirements, or their basic "nature" as bankers would lead them to vet deals anyway?  This was an argument a number of banks made themselves in pushing for 100% debt guarantees in 2007.  Consider the comments submitted by H. John Gilbertson Jr. (Managing Director) and Alejandro Hernadez (Associate) at Goldman Sachs


"In addition, DOE’s concern that the 10% non-guaranteed portion is needed to make sure lenders have 'skin in the game' and  perform adequate due diligence is inconsistent with the realities of the capital markets. Even when debt instruments are backed by government guarantees and other forms of high-quality credit support, lenders and their counsel do not throw caution to the wind and abandon their diligence efforts. Lenders are by nature 'downside animals' and will perform appropriate diligence notwithstanding the existence of a guarantee, and often their internal policies require them to do so."


I discounted this argument then, and I think my view has been borne out.  There is not much evidence that investment banks focused on collecting fees for high deal flow in the area of mortgage-backed securities slowed the production line much to vet the deals or stop them because they were unsound.  Where project risks are high, and oversight important, it is not at all clear that maximizing liquidity, or minimizing loan processing or borrowing costs, should trump proper incentive alignment for long-term venture success.


So what makes sense for energy lending?  First, a logical incentive structure -- though this issue seems to be mostly ignored by those in DOE and beneficiary industries so focused on making taxpayers a major investor in high risk energy assets. Second, FFB involvement might make sense not just based on percentage of debt guaranteed, but for any deal above a certain size (say $500 million) in which the originator does not retain a minimum percentage of the debt risk over the long term.  That approach could avoid paying the private sector high fees for basic issuance of debt instruments over which they are exercising no due diligence anyway; and force greater visibility on the cost of these programs at the federal level.  If the FFB plans to sell the debt using private banks, however, care is needed to be sure the banks don't just simply recapture the economic rents at that point. 


In addition, the FFB has historically been a mechanism for centralizing financing functions to reduce costs, rather than playing a due diligence role.  For such large support to single enterprises as Title XVII and CEDA will entail (far higher than in other government programs), an independent due diligence function -- working on behalf of the Treasury and the taxpayer rather than the policy objectives of the White House or Secretary of Energy -- might make a great deal of sense.

 

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I've just posted the slides from a presentation I gave at the New America Foundation in December.  The discussion provides some additional detail on why I am so critical of the Obama administration's push for massive loan guarantees to energy facilities. 

There are three main issues here.  The first, as illustrated in the chart reproduced below, the scale of lending is far larger than other similar programs the federal government has undertaken in the past.  Title XVII of the Energy Policy Act of 2005, in combination with stimulus spending, is now well over $100 billion in authorized credit support.  The Clean Energy Deployment Administration (CEDA) -- thankfully still only a proposed law -- could be even larger.  The idea that experience from existing export credit agencies or subsidized loans to rural energy facilities can serve as a sound model for running these much larger programs is, in my view, misguided.  Steps to boost review, staff skills, and incentive alignment appropriate for a program of this scale do not seem to have been taken.  In fact, the information I've received from people more closely linked than I to the agencies involved with assessing the risks of the loan guarantees indicates that political pressure to minimize the estimates of financial risk (and hence any required credit subsidy prepayments) continue unabated.

The second important issue is that the lending programs are focused primarily on energy technlogy development, with the mistaken assumption that if you build it, they will come.  Yet, experts such as Innosight, LLC (Clayton Christensen's firm) that focus on disruptive transformation of industries, identify the technology as only one of four key attributes needed for success (see slide 4).  In fact, when a political process drives capital allocation, the most heavily funded groups tend to be the most politically powerful, not the sectors most able to deliver carbon reductions at low cost (slide 5). 

Finally, the presentation identifies a number of key program attributes that are likely to contribute to a higher or a lower chance of success.  When the CEDA program is evaluated against these criteria (slides 6-8), the deficits in program structure and control become all too evident.

Scale of Lending

Minding the Gap: Achieving Energy Success Via a Neutral Policy Platform

Review of key federal policy trends in the energy sector, identifying the unprecendented scale of interventions, and the inadequate attention being paid to incentive alignment and assessment of leverage points. 

Beginning on slide 6, the presentation provides a specific review of how the government's large scale loan guarantee programs (such as under Title XVII of the Energy Policy Act of 2005 and the proposed much larger federal "Clean Energy Deployment Administration") are not structured to achieve proper risk management or high success rates.

 

Obama's nuclear power policy: a study in contradictions?

"President Obama has followed up on his support for 'a new generation of safe, clean nuclear power plants,' laid out Jan. 27 in his State of the Union speech, by proposing to triple public financing for nuclear power...

"Budget hawks have a different set of concerns. They oppose government 'subsidies' to the industry (in the form of federal loan guarantees), saying taxpayers assume a huge risk given the industry's track record of cost overruns – and loan defaults – in the 1980s.

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A central thrust in many of the energy-related legislative initiatives over the past few years has been a growing role for the federal government in funding and financing infrastructure for favored fuels.  Some lessons from both energy and non-energy sectors highlight the problems with this approach:

1)  Inconsistent application of even rational government constraints (AIG executive pay).

2)  Congressional meddling in core business decisions (GM dealer closures).

3)  Mixed objectives weakening original goals of legislation (prevailing wage laws covering even small energy ventures, reducing total jobs created and likely skewing program applicants toward larger firms and projects).

4)  Political pressure to mis-state financial risks in order to help favored industries (DOE lobbying of OMB to reduce default premiums on multi-billion dollar loan guarantees).

5)  Hard-wiring solutions that favor one fuel (ethanol pipeline loan guarantees, though other liquid biofuels can go through conventional pipelines). 

6)  Poor risk measurement and management, resulting in adverse selection of projects supported and ultimate taxpayer ownership of far more what was planned at program inception (federal mortgage programs).

Got some others you want to share?  Let me know.