Mark Cooper: Solar flap misses point on energy subsidies
The combination of the debt-ceiling debate and the recent bankruptcy of a solar firm with a $535 million loan guarantee is certain to give energy subsidies a leading part in the Washington budget drama this fall.
If, however, the goal is good energy policy — not just deficit reduction — the fact that solar companies are going broke could turn out to be a positive development, if it puts the spotlight on nuclear reactors rather than just solar panels.
Although the solar industry receives significant subsidies — loan guarantees among them — it still is primarily a market-driven industry. It must raise capital in financial markets. It must purchase liability insurance. It must make its sales in competitive markets. On the other hand, for more than 50 years the construction of nuclear reactors in the United States has been the recipient of an array of massive subsidies and other special arrangements that go way beyond loan guarantees and totally insulate it from market forces.
For example, the Price-Anderson Act shields firms that build and operate nuclear reactors from incurring full liability for nuclear accidents. Utilities are required to have a small amount of private insurance and create an industry-wide liability pool that is capped at about $12 billion. If a major accident were to occur, liability beyond this amount would shift to the public. That risk is not a purely theoretical one: The current estimate for the cost of the ongoing Fukushima disaster in Japan is $250 billion … and rising.
Taxpayer-backed loan guarantees and limited liability are not the only subsidies the nuclear industry is receiving today. In every state where there is active pursuit of new reactors, construction is subsidized by ratepayers with what is euphemistically known as “advanced cost recovery” (also known as construction work in progress, or CWIP). This “robbing today’s Peter to power tomorrow’s Paul” arrangement requires ratepayers to pay for reactors years before they ever generate any power. It’s caused an uproar in Florida, where many of the ratepayers who dig the deepest to pay for reactors will be dead and buried when — and if — the first electron of power is generated.
In short, this brand of American “nuclear socialism” means that the public is shouldering virtually all of the risk of new nuclear reactor construction. In contrast, stockholders of solar companies, whether they manufacture equipment or develop solar facilities, assume much more of the potential downside of solar deployment.
One can even make the case that no-holds-barred subsidies for nuclear power have the effect of crowding out solar companies. The price of solar panels has been declining dramatically over the past several years because of fierce competition and excess capacity created by softening demand for electricity. With prices falling and demand growth slowing, the higher-cost competitors are squeezed out.
In contrast to the declining cost of solar, the projected cost of nuclear reactors has been rising sharply. The federal government’s Energy Information Agency estimates that since 2008, when the current crop of new reactors was first proposed, the projected cost of nuclear reactors has increased by 60 percent, while the cost of building solar photovoltaic capacity has declined about 20 percent. If this were a truly efficient market, construction of new nuclear reactors should have been the first projects to be abandoned. But they were not.
Because utilities are not subject to effective competition, and prefer to pad their rate base with high-cost nuclear projects for which they are guaranteed cost recovery, they keep their nuclear projects going while rejecting alternative sources of energy that actually are less costly and can be brought online more quickly.
And that is how the widely publicized failure of a solar company that received a federal loan guarantee could expose the mother of all energy subsidies — the extensive array of direct and indirect support that federal and state governments provide to the far more costly nuclear power industry.
If energy subsidies that pervert market forces are really going to get the boot, then nuclear power should be the first industry required to pay its own way and compete head-to-head in a truly competitive marketplace.
On the other hand, if policymakers wish to ignore the economic fundamentals of electricity markets and treat loan guarantees as an effort to point energy policy in a new direction, solar is a much better candidate for “infant industry” support than nuclear reactor construction, which already has half a century of subsidies under its belt.
Mark Cooper is a senior research fellow at the Institute for Energy and the Environment. This op-ed previously appeared in The Hill.
W&L to install Virginia’s largest solar-energy system
Secure Futures LLC, a solar-energy developer based in Staunton, signed an agreement today with Washington and Lee University, Lexington, to install two solar photovoltaic arrays, totaling approximately 450 kilowatts, at two separate locations on the W&L campus.
The first solar array, with a capacity of 120 kilowatts, will be installed on a canopy to be constructed over the upper deck of the University’s parking structure. Lewis Hall, home of the Washington and Lee School of Law, will host the second array, a rooftop installation with a capacity of 330 kilowatts. Scheduled for completion by the end of the year, the two arrays combined will become the largest solar project in Virginia, with enough power to supply the total average annual electricity needs for the equivalent of 44 homes in Lexington.
“This is an important step for Washington and Lee as part of our continuing emphasis on sustainability,” said Kenneth P. Ruscio, W&L’s president. “This is another instance of how we are aligning our institutional practices with what we preach to our students about their duties as responsible citizens and their obligations to future generations.”
When complete, the installations will represent the largest deployment to date of solar power in the commonwealth of Virginia. The roof of Lewis Hall will have 1,032 high-efficiency photovoltaic panels manufactured by the SunPower Corp., and the parking-deck canopy will hold 540 photovoltaic panels made by Sanyo. Washington and Lee has entered into a 20-year power-purchase agreement with Secure Futures to buy the solar-generated electricity.
The University pursued this opportunity, as the latest element in its sustainability strategy, with a clear eye on the economics of the model.
“The use of the Power Purchase Agreement makes this a financially viable project for the University, as it allows the University to purchase the electricity generated from the project at a far more effective cost than had we built and operated the structures ourselves,” Steve McAllister, Vice President for Finance at the University, stated. “In addition the structure of the agreement provides an option for the University to purchase the system at a later date. This option may prove to yield an even larger economic benefit for the University.”
According to the Virginia Department of Mines, Minerals and Energy, the largest solar project in the state is currently the 104-kilowatt installation on the roof of the Hartzler Library at Eastern Mennonite University, in Harrisonburg, a project Secure Futures developed in the fall of 2010.
“W&L’s commitment to sustainability and thoughtful leadership will now become even more visible through this project. We’re delighted to support W&L’s leadership in this way,” said Dr. Tony Smith, CEO of Secure Futures.
Washington and Lee has undertaken numerous sustainability initiatives to date across its campus. It also has signed both the Presidents Climate Commitment, an initiative of colleges and universities in the United States, as well as the international Talloires Declaration to incorporate sustainability in teaching, research and University operations. The University has taken campus-wide action in areas including composting, local and organic foods, energy conservation, purchasing, transportation and the management of physical plant. In addition, departments ranging from the University store to printing and copying services have committed to using fewer resources and generating less waste.
The parking-deck canopy system will be installed by Standard Solar of Rockville, Md., while the Lewis Hall array will be installed by Southern Energy Management based in Morrisville, N.C. Secure Futures has formed a subsidiary company, the Lexington Solar L.C., to develop and operate the project.
New voluntary Solar Resource Development Fund to help finance solar installations
Online donations to the Voluntary Solar Resource Development Fund created by the 2011 Virginia General Assembly are now being accepted, the Virginia Department of Mines, Minerals and Energy (DMME) announced today. The Fund is intended to provide capital for a revolving loan program to be created and administered by DMME for the purpose of financing solar equipment installations. Anyone can make a donation on-line by visiting a specially established web page at https://payments.vi.virginia.gov/solarfund
The first year of the program will be used to collect donations and grow the fund from which loans can be made, and to develop the loan program terms and conditions. DMME will begin issuing loans from the fund after July 1, 2012.
The Fund will create a source of money from which loans are made for three types of eligible solar energy projects. As loan repayments are made, funds become available for new loans. The Fund is expected to be fueled primarily by donations from customers of investor-owned electric utilities, but DMME is also authorized to accept donations to the Fund from all other organizations and individual donors.
Three types of solar equipment purchased on or after July 1, 2012 at residences, structures operated by nonprofit organizations, or commercial establishments are eligible, as defined in the Fund’s enabling legislation:
* “Photovoltaic device” means a device made in the United States that uses a solar photovoltaic process to generate electricity.
* “Solar space heating device” means a device made in the United States that, when installed in connection with a structure, uses solar energy for the purpose of heating the interior of the structure, which device moves the sun’s heat from one or more collectors to interior areas through the use of a pump and piping or fans and ductwork, and a heat exchanger. “Solar space heating device” does not include a passive solar device.
* “Solar water heating device” means a device made in the United States that, when installed in connection with a structure, uses solar energy for the purpose of providing hot water for use within the structure.
Learn more about the Solar Fund here: www.dmme.virginia.gov/de/solarfund.shtml
EMU dedicates new solar facility
Eastern Mennonite University dedicated and celebrated the largest solar photovoltaic project built so far in the state of Virginia in a public ceremony held Monday afternoonon EMU’s campus.
During the celebration in EMU’s Campus Center, about 150 members of the campus community, public officials and local neighbors saw the university’s president Loren Swartzendruber unveil the website dashboard with the flip of a switch, revealing live graphs showcasing the daily, weekly and monthly output of the solar system (http://datareadings.com/client/moduleSystem/Kiosk/site/bin/kiosk.cfm?k=uA2UjcGw).
“Caring for God’s good creation is central to who we are as a Christian university,” Dr. Swartzendruber told the gathering. “Our planet does not have unlimited natural resources, and it is imperative that we utilize clean renewable energy such as solar as part of the university’s long-term commitment to creation care and environmental sustainability,” he added.
Secure Futures, LLC of Staunton developed the project and contracted with Southern Energy Management in North Carolina to design, install and maintain the solar PV system. The installation on the roof of EMU’s Sadie Hartzler Library includes 328 high-efficiency photovoltaic panels manufactured by SunPower Corporation. The project represents the largest deployment to date of solar power in the Commonwealth of Virginia.
The solar project will cut EMU’s dependence on local utilities, helping to reduce the university’s reliance on energy from coal and other fossil fuels. The reduction will eliminate more than 6,000 tons of greenhouse gas emissions over the projected 35-year life of the solar panels. In addition, EMU will adopt today’s electrical rates over the 20-year term of its agreement with Secure Futures, protecting the university from electricity rate increases.
“While developers have built larger solar installations in other states, EMU’s solar project represents a breakthrough in the commercial scale financing of solar power, as Virginia presents a uniquely challenging electricity and policy environment,” said Secure Futures CEO Tony Smith, who also co-directs EMU’s Steward-Leadership MBA Program. “Virginia enjoys some of the lowest electricity rates in the country, and remains among a handful of states that rely exclusively on voluntary measures by utility companies to include renewable energy in their portfolio of electricity generation sources,” Dr. Smith added.
Secure Futures has formed a subsidiary Harrisonburg-based company, Community Solar, LLC, co-owned with local investors, to own and operate the project. Under a financing program embraced by colleges and universities in high solar states, EMU hosts the installation while Community Solar owns and manages the equipment, allowing EMU to gain access to on-site solar power without paying the capital cost of installing PV panels or the fees of ongoing maintenance. Community Bank, based in Staunton, provided construction financing for the project.
“Any student I’ve talked to values this sign of commitment to sustainability and creation care on campus,” said Benjamin P. Bergey, an EMU senior from Perkasie, Pa., and co-president of the Student Government Association. “It is an outward example of how our Anabaptist values affect our behavior and decisions, in the case to find alternative forms of energy. So we as students are grateful to be at a school of integrity, with consistency between words and actions,” he added.
“We believe that with the right support in place, Virginia will be in a strong position to join the ranks as a leader in sustainable energy,” said Blair Kendall, strategic business development director with Southern Energy Management based in Morrisville, N.C., which conducted the engineering and installation of the panels and will maintain them for the 20-year term of the project agreement.
Using economic stimulus funds provided by the American Recovery and Reinvestment Act (ARRA) of 2009, DMME awarded an incentive grant for the project. ARRA funds through the US Treasury 1603 Investment Tax Credit grant will also help finance the solar installation.
“With a deep commitment to clean energy, I hope that this project represents just the beginning of EMU’s work to develop solar power,” said Swartzendruber, who also announced that the university hopes to host a second, larger solar system – to be financed and operated by Community Solar – in the first half of 2011. The president invited potential investors to contact his office or Secure Futures for more information on the upcoming solar project.
Story by Jim Bishop. Jim can be reached at bishopj@emu.edu.












Earth Talk: Inside Solyndra
Posted by afp on February 28, 2012 · Leave a Comment
- Walt Bottone, Englewood, N.J.
Solyndra was a California-based maker of thin-film solar cells affixed to cylindrical panels that could deliver more energy than conventional flat photovoltaic panels. The company’s novel system mounted these flexible cells, made of copper, indium, gallium and diselenide (so-called CIGS), onto cylindrical tubes where they could absorb energy from any direction, including from indirect and reflected light. Read more
Filed under Blogs · Tagged with e-the environmental magazine, earth talk, solar energy, solyndra