Archive for November, 2009

A Competitive Boost For Solar Energy

Friday, November 27th, 2009

The dream of every green energy acolyte is that there will come a time when it is no stranger for homes to have solar panels than to have air conditioning units.

The chief executive of Standard Renewable Energy, thinks that in the next decade the U.S. could get well down the road to making that a reality.

Houston-based Standard Renewable got 75% of its $35 million in revenue this year from installing solar systems. Just 10 months ago it was buying solar panels for $4 per watt. Today, prices have plunged to $1.90 a watt.

It’s not for lack of demand. What’s brought prices down is a surge in worldwide manufacturing capacity. New plants have opened across China. Factories are even coming to the U.S.

As a result, insists Berger, solar power is starting to look affordable and even competitive with grid power. To the educated observer, this may sound implausible. But Berger says Standard has installed residential solar systems for as little as $4 per watt.

Berger’s bean counters have extrapolated that price for 31 metropolitan areas, factoring in average sunshine and cloud cover, applying the federal government’s 30% investment tax credit, and assuming that a homeowner can finance a system at the going mortgage rate of around 5%. Amortized over 20 years, the effective rate that a homeowner would pay for electricity in the New York metro area is 12.7 cents per kilowatt/hour. In Dallas it’s 11 cents/kwh, and in Las Vegas, just 9.3 cents.

The nationwide average residential electricity price is 12.05 cents, according to the Energy Information Administration.

Add in generous subsidies on municipal and state levels and in some green utopias like Austin, Texas, and Berkeley, Calif., and the cost goes even lower.

“In some locations,” says Berger, “solar could achieve grid parity next year.”

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Solar energy costs will drop by half in 2009

Tuesday, November 24th, 2009

Solar energy costs will drop by half in 2009 while other low-carbon technology costs will see their pre-subsidy costs drop by 10-20 percent, renewable energy analysts said on Monday.

Prices for renewable energy equipment, including wind turbines and solar panels, fell this year, but they were offset by higher financing costs in the wake of the global economic slowdown, New Energy Finance said in a quarterly research note.

“As capital markets loosen up and equipment prices continue their decline, we will see the levelized costs decline, finishing the year 10 percent below the end of last year across the board and far more than that in solar,” said Michael Liebreich, London-based New Energy Finance’s chairman and CEO.

Levelized costs for solar energy, or the lifetime cost per kilowatt hour before government subsidies, will drop this year, with thin-film solar power generation rates falling to as low as $3 per watt, the report said.

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Solar Power Heavily Forecast in North Carolina

Thursday, November 19th, 2009

North Carolina could meet a substantial portion of its electricity needs from the sun, according to a new report by Environment North Carolina Research and Policy Center. The study, “Growing Solar in North Carolina,” projects increasing numbers of solar farms and nearly 700,000 solar panels on top of homes and businesses in the next twenty years, including 100,000 solar roofs in the Triangle alone.

“Move over Sunshine State,” said Elizabeth Ouzts, State Director of Environment North Carolina and co-author of the report. “With 250 days of sunlight each year, the forecast for solar energy in North Carolina is bright.”

With nearly as much annual solar energy intensity as Florida, North Carolina’s solar potential is vast. But it is limited by the availability of roofs and land suitable for solar systems and the speed with which new projects can be installed. Taking these factors into account, Environment North Carolina determined that solar power could supply 2 percent of the state’s electricity needs by 2020, and 14 percent by 2030.

Last year North Carolina’s solar installations grew more than six-fold, catapulting the state to one of the nation’s leaders in solar power. The state’s growth in solar power was fueled largely by a 2007 law requiring a certain percentage of solar power. If all announced solar power projects are completed, solar capacity will grow another six-fold by the end of 2010.

The Environment North Carolina analysis assumes a modest growth rate in solar capacity between 2010 and 2030, but new policies to promote solar power will still be required to achieve 700,000 solar roofs. The report recommends reinstating the solar manufacturing tax credit and requiring all of the solar power mandated in the state’s 2007 law to come from in-state sources.

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China pushes solar, wind power development

Wednesday, November 18th, 2009

China leads the world in making solar cells, the key component in solar panels, many of which are exported to the U.S.The buildup of a huge market in China for renewable energy is luring global manufacturers and research teams to China, energy executives say. That’s causing concern in some corners that China – not the U.S. – will emerge as the hub of the new industries, leaving the U.S. as dependent on foreign nations for solar panels, wind turbines and other green-energy equipment and technology as it is on the Mideast for oil.

“The Chinese government has recognized that these industries are the 21st century’s industries of importance, and it wants to be the Silicon Valley of renewables,” says Alan Salzman, CEO of U.S.-based VantagePoint Venture Partners, which specializes in clean energy and clean tech investments.

He says the U.S. hasn’t been as clear or as determined as China, a stance echoed by Energy Secretary Steven Chu in testimony before a Senate committee last month.

While China spends about $9 billion a month on clean energy development, the U.S. “has fallen behind,” Chu said. He noted that the world’s largest turbine-making company is headquartered in Denmark, that 99% of batteries for America’s hybrid cars are made in Japan and that the U.S. has lost most of its solar cell manufacturing industry.

Although Chu said he remained confident that the U.S. can “make up the ground,” China is shaping up as a formidable competitor.

China’s government has set ambitious targets for renewable energy, which is scheduled to account for 15% of its fuel by 2020.

But China is setting itself up to do more than just manufacture components for renewable energy, such as wind and solar. It’s also spending heavily to build its own domestic market as it attempts to battle its greenhouse gas emissions, electrify its nation of 1.3 billion people and curb its massive pollution problem.

Already, China has made rapid gains in building up its domestic renewable-energy industries.

This year, it’s expected to install more new wind-generation capacity than any other country, a spot occupied by the U.S. last year, says the Global Wind Energy Council, a Brussels-based trade association.

By 2013, China is expected to become the world’s biggest producer of wind energy, the council estimates. Recently, it eclipsed everyone in wind-turbine-making capacity, up from “nothing” five years ago, says Steve Sawyer, the trade group’s secretary general.

China is muscling up on solar, too. Within five years, it’s expected to be the No. 1 solar market, says Steven Chan, strategy chief for China’s Suntech Power Holdings, the world’s biggest maker of solar panels. Suntech plans to open its first U.S. manufacturing plant next year in Arizona.

One big reason China can move so fast? Once its central government decides on a policy, it can execute quickly through the nation’s handful of state-owned utilities, Chan says. In the U.S., there are thousands of electric utilities and a barrage of regulatory and environmental hurdles to starting new projects.

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Demand for solar energy subsidies puts stress on New York state program

Wednesday, November 18th, 2009

More New York homeowners than ever want to put solar panels on their houses.

That should be good news for the 174 contractors registered with the state to install solar photovoltaic systems. But the demand has put such a strain on subsidies for residential solar that the state has reduced the amount offered, hoping to make a dwindling pot of money last through the end of the year.

A new round of funding for 2010 and beyond has not yet been approved, and that leaves solar power installers hanging. They can’t sign up customers until they know what the subsidy will be. And without customers, an emerging industry employing between 800 and 1,000 people statewide can’t create more “green-collar” jobs.

Solar is popular for a couple of reasons. The price of solar panels is coming down due to increased production in China and falling prices for materials. It’s also easier for people with solar installations to sell their surplus electricity back to the grid.

On Oct. 13, to keep the money from running out, NYSERDA cut the incentives for residential solar photovoltaic installations from $3 per watt to $2.50 per watt, up to the first 4 kilowatts. Incentives for commercial and nonprofit solar power installations also were cut.

In one day, the agency was flooded with applications — several installers heard it was more than 100, though NYSERDA will only say it was “quite a few.” Some installers were left with the impression those applications would soak up whatever money was left in the solar incentive program.

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Why Solar Rebates Are Becoming Extinct

Tuesday, November 17th, 2009

Solar rebate programs are winding down. Austin Energy cut solar rebates for homeowners by a third. Xcel Energy will cut its rebate program by about 50 percent. The Long Island Power Authority made an immediate cut in its rebate program, and one scheduled for January. New York reduced its solar incentive by 50 cents per watt in October. Massachusetts closed its rebate program, and California is gradually decreasing its incentives. Australia also stopped its rebate program. However, a 30 percent federal tax credit still exists.

Popularity and the impact on budgets are the reasons why rebates are being reduced.

Solar rebates were meant to “jumpstart the industry,” said Xcel spokesperson Tom Henley. Now it is time to “help maintain it as a viable industry.”

In 2005, New Jersey ran out of funds for its solar power grant program. The program covered up to 60 percent of a solar power system’s cost. Rebates were lowered a number of times, and projects were put on hold. Installers reported layoffs. The state decided to create an incentive structure based on Solar Renewable Energy Credits (SRECs). The state purchases a certain amount of power from solar power system owners to meet their Renewable Portfolio Standard requirements. The state is currently creating 15-year contracts for the program.

“We looked at what was happening and it was pretty clear that the program was unsustainable. We just couldn’t fund — with taxpayer money — all of the demand we were seeing,” said Lance Miller, chief of policy and planning for the New Jersey Board of Public Utilities (BPU). 7

“When you look at the numbers, it’s clear that systems are getting installed,” said Miller. “Things are not exactly where they should be, but it’s better than having a rebate program that is continually running out of money. We’re still working on making this better.”

“New Jersey is certainly having some issues — that’s apparent. But they’ve done a great job in looking at creative alternatives that will get us beyond rebates,” said Shaun Chapman, east coast campaigns director for the Vote Solar Initiative. “Is that any consolation to the business-owner who’s having trouble getting jobs done? Probably not. But it’s important to use that experience so others can move in a different direction.”

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iSuppli Predicts Thin-Film Technology’s Share of Solar Panel Market to Double by 2013

Tuesday, November 17th, 2009

Thin-film film solar cells are rapidly growing in market share, according to research firm iSuppi. iSuppli expects that thin-film will grow to account for 31 percent of the global solar panel market in terms of watts by 2013, up from 14 percent in 2008. In 2010 the average price for thin film solar panel is expected to be $1.40 compared to $2.00 expected for crystalline cells. Thin-film has the drawback of requiring 15 to 40 percent more space in terms of wattage produced, the company indicated.

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Solar Millennium Switches to Dry Cooling

Tuesday, November 17th, 2009

Solar Millennium said Monday it plans to use dry cooling for its solar thermal power project in Nevada.

The Berkeley-based company announced the switch, which could add to its project’s costs but win it some goodwill from lawmakers and environmentalists, after its plan to use as much as 1.3 billion gallons of water per year for its project met strong opposition from residents of Amargosa Valley.

Using air cooling could cut the water use by 90 percent from the original proposal, the company said. Dry cooling techniques are generally more expensive and lead to lower efficiency for the plant. But water is a precious commodity in the deserts of western states, where many solar thermal power plants are under development.

Solar Millennium is proposing to build one or possibly two solar power plants with 242-megawatt of generation capacity each. Each power plant would cost about $1.5 billion to build, the company said.

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Pennsylvania Releases Funding For Additional Solar Projects

Friday, November 13th, 2009

Gov. Edward G. Rendell, D-Pa., has approved more than $23 million for 36 new solar and other alternative energy projects. The Commonwealth Financing Authority administers Pennsylvania’s economic stimulus programs, including the $650 million Alternative Energy Investment Fund.

Among other recipients in this latest funding round, Chatham University will receive a $113,037 solar energy program grant to purchase and install solar thermal systems for two residence halls on its Pittsburgh campus. Chatham is partnering with system manufacturer Solar Tomorrow to complete the project.

The Phipps Conservatory and Botanical Gardens was approved for a $2 million loan to build its Center for Sustainable Landscapes Building on a remediated brownfield site in Pittsburgh. The new building will use the latest technologies, including photovoltaic installations.

Earth Rising Ventures Inc. was approved for $1.02 million for an LEED-platinum, mixed-use, high-performance building construction project in Kimberton Village’s historic district, on a 1.4-acre brownfield site in East Pikeland Township. The building will use photovoltaic electricity and geothermal heat pumps.

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PSE&G to offer $143M in solar loans

Thursday, November 12th, 2009

Public Service Electric and Gas Co. received approval today to provide $143 million in loans to finance the installation of small-scale solar energy systems.

The New Jersey Board of Public Utilities approved PSE&G’s plan to lend developers or customers about half the cost of installing solar systems no larger than 500 kilowatts (a typical residential system is 7 kilowatts).

Loan recipients will be able to repay the debt with the money received by selling renewable energy credits earned by the solar generators. The costs of the loan program will add about 36 cents to a residential customer’s annual bill.

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