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July 1, 2009

Renewable Energy Investors Are Cautiously Optimistic

New York, United States [RenewableEnergyWorld.com]

In just five months, the U.S. government has gone from being a casual supporter of renewable energy to the one of world's biggest investors in the space. Now the private sector is trying to figure out what role it will play in this new era of government involvement.

"Capitalism didn't break and it will sort this out...Competition will return and there will be innovation and creativity."

-- Michael Liebreich, CEO of New Energy Finance

Public policies in the form of incentives and procurement targets have historically provided the necessary base-level demand for clean energy. Acting on those signals, the private sector has brought clean energy close to the mainstream.

According to a report released by New Energy Finance (NEF) last month, renewables brought in more investment than fossil energy technologies in 2008 and represented 40% of global power capacity additions, making the industry a real player on the global stage.

But with the private sector in disarray, investments in clean energy have fallen considerably in 2009. Meanwhile, concerns over climate change continue to rise. In order to keep momentum strong, governments are stepping up and increasingly acting as investors — and the U.S. is the leading the trend.

President Obama's $67 billion stimulus package for renewable energy and energy efficiency made America one of the world's biggest backers of clean energy. Billions of dollars have been set aside for a grant program, loan guarantees and R&D. But will the government be nimble enough to deploy the funds efficiently?

If funds are spent too quickly or too slowly, it could further damage the health of the clean energy industry, said investors and business professionals at last week's Renewable Energy Finance Forum in New York City.

“We've had little experience with spending this kind of money in this short amount of time,” said Dan Reicher, Director of Climate Change and Energy Initiatives at Google.org in an interview at the conference. “It's critical that we strike the right balance between speed of spending and effectiveness of spending.”

As a former private-equity investor and Department of Energy official himself, Reicher knows about the pitfalls of such large government involvement. This is not the first time the U.S. has tried to invest in energy in such a big way.

In 1980, President Jimmy Carter created the Synfuels Corporation, a government investment bank responsible for deploying up to $88 billion to help develop new fuels from coal, oil shale and tar sands. By most estimates, the agency was a disaster — it was only able to issue one twentieth of the direct loans and loan guarantees that were promised within five years. By 1987, the program was abolished and labeled the bane of capitalism.

Many of today's criticisms about the role of the U.S. in the renewable energy sector echo those of the late 1980's after the Synfuels Corporation was shut down — mainly that the government shouldn't interfere with the free market. But supporters of increased government involvement worry that the real problem lies in how slowly agencies act to roll out the program and issue loan guarantees.

“The act of a loan guarantee is to take risk — to absorb risk. And the whole characteristic of government is to avoid any risk,” said Michael Eckhart, President of the American Council on Renewable Energy, speaking to the crowd.

One of the reasons that the SynFuels Corporation failed, Eckhart said, was because the government took the lead without enough cooperation from private companies.

“Wall street hung back and let Washington do its thing. Don't hang back...and work more actively with government to create mechanisms with which they can do this job. Because left alone, I believe they will never sign [a loan guarantee] — not for years,” he said.

There are other examples of slow action. This past March, the Department of Energy issued its first loan guarantee to the solar company Solyndra under a program created in 2005. This four-year wait has fueled concerns that loan-guarantees within the American Recovery and Reinvestment Act will not be issued fast enough to get the industry back on track.

Spending the money too quickly could have negative consequences as well. When investing tens of billions of dollars in one area within a couple of years, there are bound to be abuses.

“I worry about front page stories in the newspapers about how large amounts of stimulus money for energy have been wasted,” said Google's Reicher.

Too many reports about misallocation of funds could hurt the industry's credibility and further set back progress, he said.

The U.S. government is walking a very fine line. On one hand, it needs to deploy funds as quickly as possible to projects with long-lasting value. On the other hand, it needs to do it with unprecedented transparency and accountability while actively engaging firms in the private sector.

[Editor's note:  For more on transparency and the ARRA, check out RenewableEnergyWorld.com's recent REInsider, Clean Energy Stimulus Funding Aims for Clear Accountability & Transparency]

Guidelines for the grant and loan guarantee programs are expected sometime in July. After that, companies will have more clarity on how the process will work. Meanwhile, the U.S. renewable energy industry is in limbo.

According to NEF and the International Energy Agency, global clean energy investments could drop 38% in 2009 compared with 2008. NEF reported that investments in the first quarter of this year were down 44% from the fourth quarter of 2008. It looks like Q1 of this year was the bottom, said NEF CEO Michael Liebreich. Investments in Q2 have already climbed back up to 2007 levels. But the U.S. is slower in catching up.

“The U.S. is on a slightly different time frame because of a lot of waiting...for the stimulus funds, waiting for the guarantees. So the U.S. is probably lagging a little bit coming out of the really traumatic period,” said Liebreich in an interview.

Most U.S. companies today worry about too little capital; however, Liebreich worries about too much. If the U.S. market picks up before the stimulus package gets moving, supply chain bottlenecks may form rapidly, further driving up the installed cost of projects.

“It may be an unfashionable postion, but I would really caution the industry not to become too fixated on stimulus money,” said Liebreich. “We're likely to have a pro-cyclical experience when things bounce back, they will really bounce back and we could...have all of the bad things again.”

In some ways, the trauma caused by the collapse of financial markets has created new opportunities. A combination of low interest rates, thinning competition, declining construction costs and government support makes the market more attractive to well-positioned investors.

That doesn't mean the cost of financing projects has dropped though. The limited amount of capital in the space makes it more expensive, and therefore lengthens the return on investment.

“Finance is one area where costs have not come down,” said Liebreich. “So although we've seen these dramatic cuts in central bank rates, that has not fed back down the project finance space. So what you've seen is the spreads increase enormously...and now we're talking about spreads that are dramatically higher.”

Project finance costs will remain high until more capital frees up. That is especially the case in the U.S., where the tax equity market has fallen significantly from its high in the first half of 2008.

Under a tax credit-based incentive structure, investors must have the taxable income to take advantage of the production and investment tax credits. Today, there are not enough firms with the tax liabilities to do that.  

At the height of the tax equity market last year, there were 16 firms actively financing projects in the U.S. Today there are six. GE Energy Financial Services is one company that was sidelined last fall. Now the company is looking to the grant program — which can replace the tax credits with cash payments from the Treasury — as a way to stimulate investment and address the shortage of tax capacity. GE hopes to close some deals later this year that were left hanging when the market collapsed.

“We are all hands on deck to help the DOE,” said Tim Howell, Commercial Leader of Power and Renewable Energy at GE Energy Financial Services in an interview. “Unfortunately, we have not yet gotten guidance to be able to actually access the stimulus capital, and so no projects have gotten done now for four months...there is an eagerness to get going again.”

The general consensus from investors close to program administrators is that not many of the stimulus funds will be deployed in 2009. It will be 2010 and 2011 when money really starts moving and capital is formed.

The stimulus program is only the beginning of a long transformational process. Actually shifting the capital stock of the energy industry — the most capital intensive industry in the world — will take decades. So many people are already looking beyond the program and asking, “what next?”

The Obama Administration has said that this stimulus package is about laying the long-term foundation for Wall Street. But more will need to be done to create the long-term certainty that investors are looking for. That means a price on carbon, federal renewable energy targets and long-term incentives that don't expire based upon the political winds in Washington. Feed-in tariffs and tradable certificate programs have been proposed to succeed the tax-credit based system in place today.

“We need to find a way to transition to a role for the federal government that is different [than] in the past so we won't fall of this cliff and in fact we'll see...a more sustainable path,” said Reicher.

The American Clean Energy and Security Act, also known as the Waxman-Markey Bill, creates some of those elements that will help the long-term picture for investors. It sets up a carbon cap and trade program with the goal of reducing emissions 80% by 2050 and requires a federal renewable energy target of 15% by 2020. The bill passed the House last Friday by a narrow margin. Once it makes its way through the Senate, it could be signed into law by late summer or fall.

Many renewable energy advocates have criticized lawmakers for significantly lowering the RES and giving away too many permits for emitting carbon dioxide. But investors are happy to at least have some level of long-term certainty in the political environment.

While we need to be realistic about what's happening in the market today, said NEF's Leibreich, these proposed laws will usher in a era of public/private investment in which Wall Street takes the lead.

“Capitalism didn't break and it will sort this out...Competition will return and there will be innovation and creativity,” said Liebreich. “We're not going to stop needing energy, and we're not going to go back to just using coal fired power stations and saying we don't care about the consequences. So it's hard not to be optimistic in some ways.”

Image Gallery (1)
 
Reader Comments (21)
 
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July 1, 2009
The amount of legislation being proposed overwhelms me as an investor. A simple carbon tax is all that is needed to allow the government to invest in alternative energy production and energy conservation programs.

Photovoltaic solar energy capture needs some help yet to get enough sales to justify further research in reducing solar panel costs.
Comment 1 of 21
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ron:

I totally agree to your point about a simple carbon tax (with tradeable credits) being the best way to support renewables. The super twisted and complex outcome of special interests getting their spoons into these bills isn't ultimately that good for the country.
Comment 2 of 21
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Anonymous
July 3, 2009
The contractors in Massachusetts from the "Big Dig" project have changed their hats.These contractors are all in the renewable energy businees now.The state is passing the "Wind Energy Siting Reform Act".This act takes rights away from citizens groups and local cities and towns bypassing existing laws with the state siting the turbines.
These turbines can now be financed by boutique banks .The state has cut funds to cities and towns and set the money aside in a 1.7 billion dollar energy bond.The stimulas money will also be moved to the renewable energy side of the house.The Wind Energy Siting Reform Act in Massachusetts is the next Big Dig .Invest in Massachusetts! Invest in the commercial wind turbine contractors this is where the money go!
Comment 3 of 21
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The government shouldn't be in the business of financing renewable energy precisely for the reasons cited in this article, especially the way it has been done in the U.S. Perhaps the new plan will be more sustained, but if we simply allowed ordinary investors to invest directly in renewable energy and to receive electricity as their ROI, every homeowner and business could start investing in their future. The plan envisioned would be a sort of amalgum of energy co-ops, net-metering, and retail wheeling; investing in large scale - well sited - renewable energy projects and allocating the energy produced on a pro-rata basis, offering a percentage to the utilities for backup power and the wheeling fees. This solves a number of very significant problems and frees the government from having to provide money it doesn't have. Every one of the 120 million households and 26 million businesses in the U.S. would have a solid reason to invest in and profit from renewable energy. The same plan could work in any industrialized nation.

Since that likely won't happen, production tax credits and cap and trade will rule and we'll see more of the sort of crap we have with Enron and the recent global financial meltdown as the uuber greedy figure out how to game the government incentives, and they will; count on it.
Comment 4 of 21
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July 3, 2009
Every one of the 120 million households and 26 million businesses in the U.S. would have a solid reason to invest in and profit from renewable energy.

Investing directly in renewable energy and receiving electricity IS their ROI... I like that.

Mr. & Ms. homeowner... what's the ROI on your swimming pool, plasma TV, giant SUVs, McMansion, vacation, etc.? At least a solar system HAS a ROI.
Comment 5 of 21
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July 3, 2009
I concur with the jadedness of Russell and Luke.

Here we go again with the usual lack of transparency.

So when somebody's uncle's highly financed, loan-guaranteed doo-dad does not work, it will hit the mainstream press as a generic failure of RE.

At least it will take a while for corruption-as-usual to have high-level meetings financed with revenue-enhancements. They will design lots of fine print that nobody will read, except if an unconnected person applies for something.

The fine print is designed to filter out those who can't pay the entry fees that monopolies have already paid to play so they can help write the exclusion rules.

Rate-payer-owned utilities have some time to get things dramatically right. Maybe they will have time to function as remedies before the parasites completely devour the hosts.

Unfortunately, if something succeeds in Florida, it does not necessarily mean it will succeed in Alaska.

The micro-climate issue is something the feds are likely to mess up dramatically.

Mandates to prop up magnate-owned utilities do not seem optimally designed to maximize attention to local conditions.

Appetite for RE owned by individuals, small groups, and small business is enormous. People who want small-scale things are not going to push away from the table.

They will just keep perking under the radar, boot-strapping and bean-trading and ragging at their local governments.

The consequences of crony-manipulations will eventually require the aristocracies to look down (rather than across at each other, in the manner to which they have become accustomed). They will discover things have changed among the little people.

Maybe they will discover it isn't so bad to have less stuff and attention and more access to diverse connections, e.g., less symphony and more blues. I think of it as the Apollo Theater syndrome, or maybe I'll start thinking of it as the Argentine-tango syndrome.
Comment 6 of 21
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July 3, 2009
What capitalism? There never was any competition. Utilities have been granted total monopolies in both regulated and deregulated electricity markets. All laws have been rigged against independents and alternative energy including regulatory compacts, antitrust enforcement, PURPA, deregulation, net-metering, renewable mandates, competitive bidding and more recently even feed-in tariffs. Monopolization discourages development and innovation. Sure, utility monopolies have been required to produce some renewable energy. Subsidies and loan guarantees have been provided. But the utilities, with help from environmentalists, have chosen almost exclusively expensive utility-scale wind. Bidding is often rigged to utility- and politically-connected producers. Production is mostly in just a few states (mainly Texas and Iowa). Now, Obama wants to waste even more money transmitting wind energy all over the country. Moreover, wind is only a supplemental energy because it is too intermittent, including compared to other lower-cost renewable energies like hydroelectric, geothermal and biomass. The nation's leaders know the are creating another bubble to fail. The end game is a return to fossil and nuclear fueled power plants built by utility monopolies.
Comment 7 of 21
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July 3, 2009
@mike:
The wind intermittency problem will be largely mitigated by the planned extensive modernization and build-out of the transmission grid. If power can be shared across 4-500 mile or longer stretches, there is usually enough wind blowing somewhere to provide significant output. If we add coastal/off-shore wind, tidal/ocean current power, concentrated solar with heat storage and distributed PV to the mix, it gets even better. Do you think I made this up? See
http://news-service.stanford.edu/news/2007/december5/windfarm-120507.html

The soot-belching monopolist utilities, nuke operators, coal companies and their highly paid PR firms and media shills are using a time-tested technique: Keep repeating lies (remember Iraq's WMDs, Al Gore claimed he invented the internet, etc.?), pay talk-show hosts and bloggers to do the same, and make people think their BS must be true because they hear it so often.

"Freedom of the press belongs to those who own one."
- Abbie Hoffman
Comment 8 of 21
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July 3, 2009
Electric Power & Light states:

"If wind is a small part of generation, its intermittency brings few operating problems ... When it reaches approximately 10 to 15 percent of power production, the added costs of units that must run to ensure reliability can become substantial. ..... As advocates claim, wind produces nearly 20 percent of Denmark's total generation. Fortunately, that nation is a small part of a much larger, centrally dispatched Scandinavian system largely based on hydroelectric and nuclear facilities. Denmark's wind units produce less than 3 percent of the region's power. Load and generation characteristics force the nation to export nearly half of its wind power, often at zero prices, and to pay premia to fill in any shortfalls. According to NUS Consulting Group, in 2007 the average cost of energy production in the U.S. was approximately 9.5 cents per kWh, and in largely nuclear France, it was just more than 8 cents. In Denmark, it was 23 cents."
Comment 9 of 21
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July 3, 2009
Even the most optimistic reports cited by the American Wind Energy Association and T Boone Pickens don't anticipate wind can provide more than 20% of production. Coastal/off-shore wind, tidal/ocean current power, concentrated solar with heat storage and distributed PV are even more expensive than wind. Why not allow participation of the low-cost base-load renewables including hydroelectric, geothermal and biomass? Because Obama wants to use renewable energy as a bubble (like Bush used housing and Clinton used high-tech) to charge the economy in the short-term. But he can't do that without promising utility monopoly special interests the opportunity to build coal and nuclear plants after an economic crisis is created when renewables fail.
Comment 10 of 21
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July 3, 2009
Even the cited Stanford study found interconnected wind could be used on a large scale to produce only about a third of its energy as reliable electric power. Then they assumed the remaining intermittent portion could be used for transportation, but that would be very expensive in terms of electric batteries.
Comment 11 of 21
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July 3, 2009
@mike,

Who is "Electric Power & Light"? Sounds like a truncated name. I'd like a link to your citation so I can read the entire document.

From a land (or shoreline)-use perspective, 20% is probably a reasonable few-decades goal for wind power. As I said, this would require a huge transmission grid buildout. If we became as lobsided with wind capacity as Denmark without either storage or complementary fossil or nuke generation, we would be in worse shape because we don't have a much larger neighbor to wheel energy to/from. As for cost, I think wind runs about $0.08/kW-hr in the US. I buy green tags to subsidize my personal consumption of wind power. All it takes is my own personal $0.02/kW-hr to help a wind company bop heads with coal generators.

I agree that we also need to use biomass, hydro and geothermal. However, just as with automotive biofuels, we have to be careful not to destroy our topsoil for electricity. Small hydro is fine, especially if designed to avoid destroying habitat. Big projects in China and India have been environmental and cultural disasters. Geothermal is great if you can get it where you are. Until we figure out how to drill down to it in a lot more places, it will have even smaller potential than wind. I'm continually surprised by fast developments everywhere, but my guess is that multi-GW geothermal in the US is at least 20 years away. Let's see how well Iceland does with it.

PV will go down the cost curve, just like wind did. Subsidies are in place to push development of technology and achieve better economies of scale. As it approaches $0.12/kW-hr, it will be a very attractive alternative to peaker plants, especially in places where the local distribution grid is maxed out. Printable thin-film PV might get us there.

Any discussion of price must include externalities. PV looks expensive, but how long can we keep blasting the tops off of mountains? How much will it really cost to tear down a decommissioned nuke plant?
Comment 12 of 21
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Why the glum outlook, Eeyore? We're talking about $67 billion all for us! It's okay to smile.
Comment 13 of 21
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July 3, 2009
@ Jon. I'm glad you support biomass, hydro and geothermal. But the US has been blocking these three energy sources since 1994. Before 1994, these were the three largest sources of renewable energy. Since 1994, the growth rates for renewables have been about 750% for wind, 25% for solar and 0% for geothermal, biomass and hydro.

Source:
The Case Against a Federal Renewable Power Requirement
by Robert J. Michaels, California State University, Fullerton
Electric Light & Power
Jan.-Feb 2009
Comment 14 of 21
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July 4, 2009
We should focus on large scale desert solar as it seems to have unlimited potential for solving this apparent energy crises. Mirrors that reflect into heat reservoirs do not need to be placed upon bulldozed ground, thus there should be no reason for enviro's to be concerned other than that of their own particular interests (NIMBYism should be declared null and void in regards to any RE).

I agree that we should have big wind (especially offshore when development costs are less) and also insist that the government money go into designing large automated PV factories, thus enabling feed ins that don't go through the roof `~'

Biomass and such should be neglected as we need as much stuff to go back into the soil for efficient (and natural) carbon sequestration (especially around all them thousands of square miles of desert mirrors. Water should be piped from the oceans and distilled by even more mirrors!). Algae, and closed cycle thorium fission may prove to be the promising alternatives to all these jobs creating mirrors.
Comment 15 of 21
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July 4, 2009
Biomass technologies can be used to build soils on marginal lands for future food production.

High cost technologies should be nelected for the good of the poor.
Comment 16 of 21
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July 4, 2009
But the most important goal should be getting rid of monopolies so everyone has opportunities to continually develop new technologies.
Comment 17 of 21
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July 6, 2009
Too bad all of us can't form the mega corporation required to keep costs down???
Comment 18 of 21
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July 6, 2009
Typical American misconception that centralized is necessarily lower cost than decentralized.
Comment 19 of 21
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July 6, 2009
Good comments;
one reason wind is getting the growth IMO, is that it's BIG. Big things attract Big money, which is not all bad, nor all good. The PTC also helps wind more than others because of the economies of scale of large windfarms. The ground-up growth of home-installed solar is a good counter example showing that RE has vitality and a solid base of public support (and I'm not much of a solar guy).

"American misconception that centralized is necessarily lower cost than decentralized"

I don't think that's unique to America nor Americans.

Cheers,
Comment 20 of 21
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Sir: Good summary:
We have been seeking investors for applied development and deployment of the soar industry's lowest cost PV cells. We also have applied development of new innovative formed Ni electrodes for electrolysis. We have plans to build a 2 MWe 24/7 solar-hydrogen power facility in S. California.
W.D. Reynolds w.d.reynolds@att.net
Comment 21 of 21
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