Petaluma, California’s Alvarado Street Bakery recently switched on a solar power system that it expects to offset nearly 40 percent of its power needs.
Some 1,722 solar panels were installed on the company’s 1.5-acre roof last month by Stellar Energy.
“All basic components of the system are made or assembled here in America, providing green jobs at a crucial moment in this economy,” said Matt Lugar, vice president of sales for Stellar, in a press release. “Stellar Energy applauds Alvarado Street Bakery’s leadership in deploying this exciting solar project, one of the first in the bakery industry.”
“We will be reducing our carbon footprint by saving energy and cutting down on fossil fuels used to generate electricity,” added Joseph Tuck, CEO of Alvarado Street Bakery.
Stellar Energy is a Rohnert Park-based company that has installed solar panels for a range of government, educational, and commercial customers. Alvarado Street Bakery is a worker-owned cooperative that produces organic, whole grain bread. Their partnership was announced in October and the solar panel system became operational on Nov. 15.
SOURCE
Photovoltaics, or PV for short, is a Solar Power technology that uses Solar Photvoltaics systems' or Solar cells to provide electricity for human activities. Photovoltaics is also the field of study relating to this technology.
Sunday, December 5, 2010
Solar Powered Farm Planned for Newberry Springs
A New York-based renewable energy company that has built wind farms near Tehachapi is developing a 230 megawatt solar farm on about 1,500 acres near Interstate 15 in Newberry Springs.
Terra-Gen Power plans to build the River Bluff Solar Energy Park -- a photovoltaic solar farm -- on Cherokee Road near Harvard Road in Newberry Springs. Once the project is built, it will be capable of powering between 30,000 and 40,000 homes, according to company representatives.
The solar farm will be funded by private money, but federal tax credits are available for renewable energy projects, said Ron Kiecana, vice president of development for Terra-Gen.
The project will be located on private property, a portion of which was once used for agricultural purposes, said Doug Hahn, a representative of CH2M Hill, an environmental consulting firm. Hahn has been working with Terra-Gen on the environmental analysis of the solar farm site.
Terra-Gen representatives expect to submit a conditional use permit application to San Bernardino County later this month. Construction is expected to begin in late 2012. Project developers plan to connect the project with Southern California Edison's power grid.
According to Mark Casper, Terra-Gen's vice president of environmental development, the project will create 200 to 300 construction jobs. Project representatives couldn't give specifics as to how many long-term jobs the project would generate.
The closest development to the proposed project site is Ironwood Christian Academy, which about three-quarters of a mile down the street from the solar farm's boundary. Sam Brock, Ironwood's director of ministry, said he doesn't have anything against the project.
"I don't know of anything that we know of right now that would make it a negative impact," he said. "In our own organization, every couple of years we look at possible ways to solar or wind. We are always trying to see if that's a possible source of energy for us."
Terra-Gen is the company behind the Alta Wind project -- a 720 megawatt wind farm outside Tehachapi. It also has developed geothermal projects near Ridgecrest and has 50 percent ownership in solar thermal projects near Harper Dry Lake.
SOURCE
Terra-Gen Power plans to build the River Bluff Solar Energy Park -- a photovoltaic solar farm -- on Cherokee Road near Harvard Road in Newberry Springs. Once the project is built, it will be capable of powering between 30,000 and 40,000 homes, according to company representatives.
The solar farm will be funded by private money, but federal tax credits are available for renewable energy projects, said Ron Kiecana, vice president of development for Terra-Gen.
The project will be located on private property, a portion of which was once used for agricultural purposes, said Doug Hahn, a representative of CH2M Hill, an environmental consulting firm. Hahn has been working with Terra-Gen on the environmental analysis of the solar farm site.
Terra-Gen representatives expect to submit a conditional use permit application to San Bernardino County later this month. Construction is expected to begin in late 2012. Project developers plan to connect the project with Southern California Edison's power grid.
According to Mark Casper, Terra-Gen's vice president of environmental development, the project will create 200 to 300 construction jobs. Project representatives couldn't give specifics as to how many long-term jobs the project would generate.
The closest development to the proposed project site is Ironwood Christian Academy, which about three-quarters of a mile down the street from the solar farm's boundary. Sam Brock, Ironwood's director of ministry, said he doesn't have anything against the project.
"I don't know of anything that we know of right now that would make it a negative impact," he said. "In our own organization, every couple of years we look at possible ways to solar or wind. We are always trying to see if that's a possible source of energy for us."
Terra-Gen is the company behind the Alta Wind project -- a 720 megawatt wind farm outside Tehachapi. It also has developed geothermal projects near Ridgecrest and has 50 percent ownership in solar thermal projects near Harper Dry Lake.
SOURCE
Labels:
Solar Power Plant
Solar Powered Parking Meters
Goodbye to the old Minneapolis parking meters, hello to our robot-overlord future. New "smart" meters showed up downtown last week, and they're so advanced you would not be surprised if they uprooted themselves from the sidewalk, joined forces, marched down the street and demanded a pension plan.
They take plastic; they're hooked up to Wi-Fi; they can warn you of upcoming no-parking times, and possibly dispense a nice hot beverage and a fortune. ("A red-striped envelope may appear on your windshield.")
Some of you are thinking: Do they take actual coins? You know, money? Yes. But why would you do that? If your credit card gives you airline miles, load up the meter with 15,000 hours and get enough miles for a free Vegas flight. Score! But yes, they take quarters, and dollar coins as well, even though no one uses dollar coins, because no one trusts them. We've all put in a quarter, got nothing, throttled the meter or punched it with the heel of your hand -- then you put in another quarter hoping it will work this time. This is the entire premise of Vegas.
Since the new units are hooked into the city's Wi-Fi network, they'll probably be hacked some day, and you will get spam e-mail. Dear Sir. I am a parking meter at Portland and 7th in Nairobi, and have come into several millions of dollars. I am of need your assistance to dispose of the moneys. Also: They're solar-powered, so parking will be free during eclipses. But they'll only get better! No doubt they'll be accessible via the Internet some day. You'll get a text when it's about to expire.
SOURCE
They take plastic; they're hooked up to Wi-Fi; they can warn you of upcoming no-parking times, and possibly dispense a nice hot beverage and a fortune. ("A red-striped envelope may appear on your windshield.")
Some of you are thinking: Do they take actual coins? You know, money? Yes. But why would you do that? If your credit card gives you airline miles, load up the meter with 15,000 hours and get enough miles for a free Vegas flight. Score! But yes, they take quarters, and dollar coins as well, even though no one uses dollar coins, because no one trusts them. We've all put in a quarter, got nothing, throttled the meter or punched it with the heel of your hand -- then you put in another quarter hoping it will work this time. This is the entire premise of Vegas.
Since the new units are hooked into the city's Wi-Fi network, they'll probably be hacked some day, and you will get spam e-mail. Dear Sir. I am a parking meter at Portland and 7th in Nairobi, and have come into several millions of dollars. I am of need your assistance to dispose of the moneys. Also: They're solar-powered, so parking will be free during eclipses. But they'll only get better! No doubt they'll be accessible via the Internet some day. You'll get a text when it's about to expire.
SOURCE
Labels:
Solar News
Saturday, December 4, 2010
Sahara Desert Project to Power Half the World with Solar by 2050
The Sahara Solar Breeder Project aims to begin by building a silicon manufacturing plant in the desert to transform silica in the sand into silicon of sufficiently high quality for use in solar panels. Solar power plants will be constructed using the solar panels, and some of the electricity generated will supply the energy needed to build more silicon plants to produce more solar panels, to produce more electricity.
Leader of the Japanese team, Hideomi Koinuma from the University of Tokyo, said while no one has tried to use desert sand as a source of high-quality silicon before, it is the obvious choice and will be of high enough quality.
The energy generated by the solar power plants will be distributed as direct current via high-temperature superconductors, a process that Koinuma said will be more efficient than using alternating current. He envisages a large network of supercooled high-voltage direct current grids capable of transporting the expected 100 GW of electricity at least 500 kilometers. Even if the grid needs to be cooled with liquid nitrogen, Koinuma said it could still be cost-competitive. (High-temperature superconductors operate at about -240°C.)
The Sahara Solar Breeder Project (dubbed the Super Apollo Project by Koinuma) is being developed as part of the International Research Project on Global Issues by the Japan Science and Technology Agency (JST) and Japan International Cooperation Agency (JICA). The team expects to have to overcome many problems, including frequent sandstorms, the need to use liquid nitrogen to cool cables and to bury them in the sand to minimize fluctuations in temperature, and so on.
The initial aims of the research will be focused on tackling the expected challenges and demonstrating the project’s viability. Training engineers and scientists from Africa in the entire research and development process is also a goal of the project.
Another project aiming to harness solar power in the Sahara was launched last year. The Desertec Foundation aims to supply 15 percent of Europe’s electricity requirements by 2050 using high-voltage direct current transmission lines without superconductors.
SOURCE
Leader of the Japanese team, Hideomi Koinuma from the University of Tokyo, said while no one has tried to use desert sand as a source of high-quality silicon before, it is the obvious choice and will be of high enough quality.
The energy generated by the solar power plants will be distributed as direct current via high-temperature superconductors, a process that Koinuma said will be more efficient than using alternating current. He envisages a large network of supercooled high-voltage direct current grids capable of transporting the expected 100 GW of electricity at least 500 kilometers. Even if the grid needs to be cooled with liquid nitrogen, Koinuma said it could still be cost-competitive. (High-temperature superconductors operate at about -240°C.)
The Sahara Solar Breeder Project (dubbed the Super Apollo Project by Koinuma) is being developed as part of the International Research Project on Global Issues by the Japan Science and Technology Agency (JST) and Japan International Cooperation Agency (JICA). The team expects to have to overcome many problems, including frequent sandstorms, the need to use liquid nitrogen to cool cables and to bury them in the sand to minimize fluctuations in temperature, and so on.
The initial aims of the research will be focused on tackling the expected challenges and demonstrating the project’s viability. Training engineers and scientists from Africa in the entire research and development process is also a goal of the project.
Another project aiming to harness solar power in the Sahara was launched last year. The Desertec Foundation aims to supply 15 percent of Europe’s electricity requirements by 2050 using high-voltage direct current transmission lines without superconductors.
SOURCE
Labels:
Solar Industry
Friday, December 3, 2010
The World's Highest Energy Efficiency Solar Battery
Sanyo Electric Co. will start offering a new solar battery with the world’s highest energy efficiency next year in an attempt to lure more customers.
The battery maker controlled by Panasonic Corp. will begin offering the product in Europe in February and later in Japan, Tetsuhiro Maeda, head of Sanyo’s solar panel operation, told reporters in Tokyo today. The new battery cell has a conversion efficiency of 21.6 percent, the highest rate among photovoltaic batteries available in the market, he said.
The Osaka-based battery maker aims to become one of the top three global suppliers of solar cells by 2016 and is investing 50 billion yen ($597 million) in its solar operations as part of a plan to boost profitability in the three years to March 2013. Sanyo aims to win a bigger share of the renewable energy market by offering panels that can produce more electricity from light and by releasing new models with lower prices, he said.
Sanyo rose 0.7 percent to 138 yen at the 3 p.m. close of trading in Tokyo.
Panasonic, which increased its stake in Sanyo in October, plans to develop next-generation solar panels with the smaller electronics maker and intends to invest about 100 billion yen in the business.
SOURCE
The battery maker controlled by Panasonic Corp. will begin offering the product in Europe in February and later in Japan, Tetsuhiro Maeda, head of Sanyo’s solar panel operation, told reporters in Tokyo today. The new battery cell has a conversion efficiency of 21.6 percent, the highest rate among photovoltaic batteries available in the market, he said.
The Osaka-based battery maker aims to become one of the top three global suppliers of solar cells by 2016 and is investing 50 billion yen ($597 million) in its solar operations as part of a plan to boost profitability in the three years to March 2013. Sanyo aims to win a bigger share of the renewable energy market by offering panels that can produce more electricity from light and by releasing new models with lower prices, he said.
Sanyo rose 0.7 percent to 138 yen at the 3 p.m. close of trading in Tokyo.
Panasonic, which increased its stake in Sanyo in October, plans to develop next-generation solar panels with the smaller electronics maker and intends to invest about 100 billion yen in the business.
SOURCE
Labels:
Solar News
Another Solar Power Plant for Italy
SunPower Corp. said Thursday it has signed a contract to design and build a 3.4-megawatt solar power plant in the Lazio region of Italy.
The solar products manufacturer will begin construction on the ground-mounted plant this year, with completion expected in April.
SunPower, which is based in San Jose, Calif., signed the contract for the plant with E.ON Climate and Renewables Italia Solar Srl. Terms were not disclosed.
E.ON Climate and Renewables is based in Dusseldorf, Germany. It oversees E.ON Group's global renewables and climate protection activities.
Shares of SunPower rose 41 cents, or 3.4 percent, to close Thursday at $12.47.
SOURCE
The solar products manufacturer will begin construction on the ground-mounted plant this year, with completion expected in April.
SunPower, which is based in San Jose, Calif., signed the contract for the plant with E.ON Climate and Renewables Italia Solar Srl. Terms were not disclosed.
E.ON Climate and Renewables is based in Dusseldorf, Germany. It oversees E.ON Group's global renewables and climate protection activities.
Shares of SunPower rose 41 cents, or 3.4 percent, to close Thursday at $12.47.
SOURCE
Labels:
Solar Power Plant
Labor Dispute Stops Solar Power Projects
A bitter dispute over who can work on solar power projects has brought to a halt San Francisco’s efforts to install solar panels at City Hall, Davies Symphony Hall and other prominent buildings.
Electricians, roofers and other unions are battling over “green collar” jobs that are emerging with the city’s aggressive pursuit of clean energy. In June, protests that led to shouting matches between electricians and other laborers stopped work on a five-megawatt solar power plant in the Sunset district.
Officials mediated that dispute, but the city later suspended about $7 million in similar projects after activists threatened more protests.
“We’re going to protest it every time,” said James Richards, leader of Aboriginal Blackmen United, a group that organized the June protests on behalf of workers from Bayview and other low-income neighborhoods. “We deserve the work.”
The dispute underscores the complexities of how jobs will be divided in the green economy. State regulations provide limited direction for employers trying to determine which workers are appropriate for clean-energy projects.
San Francisco embarked on a solar power blitz in recent years, installing panels at San Francisco International Airport, the Moscone Center and elsewhere. Officials estimate that the stalled projects will create 6,700 hours of work — enough to keep 28 people employed for six weeks. Scores of similar projects are planned throughout the city.
But the question of who will do the work remains heated.
The June dispute erupted after a contractor hired people represented by Aboriginal Blackmen United to work alongside union electricians. The electricians receive roughly $75 an hour, compared with $42 an hour for the other laborers.
After the electricians complained, the city’s Office of Labor Standards Enforcement ruled that workers who install solar panels must be paid electricians wages. The contractor fired the workers represented by Aboriginal Blackmen United, which staged protests.
After city-mediated negotiations, the laborers were rehired at their original wages to sweep and perform other basic duties. Peace held until construction finished in October.
The electricians say they are ready to resume work on other projects, but insist that only they are qualified to perform the work.
“As soon as they’re ready to move, we’re certainly ready to go out and install,” said John O’Rourke, business manager of International Brotherhood of Electrical Workers Local 6.
City officials say work will remain suspended until the dispute is resolved.
Officials now say a proposed city ordinance forcing contractors to hire a minimum percentage of workers from San Francisco — including its disadvantaged neighborhoods — will help resolve the standoff by placing more Aboriginal Blackmen United members on solar energy job sites.
“If there is a path forward for how to get more locals on job sites, then that would help,” said Barbara Hale, who heads the city’s efforts to install the solar panels.
SOURCE
Electricians, roofers and other unions are battling over “green collar” jobs that are emerging with the city’s aggressive pursuit of clean energy. In June, protests that led to shouting matches between electricians and other laborers stopped work on a five-megawatt solar power plant in the Sunset district.

“We’re going to protest it every time,” said James Richards, leader of Aboriginal Blackmen United, a group that organized the June protests on behalf of workers from Bayview and other low-income neighborhoods. “We deserve the work.”
The dispute underscores the complexities of how jobs will be divided in the green economy. State regulations provide limited direction for employers trying to determine which workers are appropriate for clean-energy projects.
San Francisco embarked on a solar power blitz in recent years, installing panels at San Francisco International Airport, the Moscone Center and elsewhere. Officials estimate that the stalled projects will create 6,700 hours of work — enough to keep 28 people employed for six weeks. Scores of similar projects are planned throughout the city.
But the question of who will do the work remains heated.
The June dispute erupted after a contractor hired people represented by Aboriginal Blackmen United to work alongside union electricians. The electricians receive roughly $75 an hour, compared with $42 an hour for the other laborers.
After the electricians complained, the city’s Office of Labor Standards Enforcement ruled that workers who install solar panels must be paid electricians wages. The contractor fired the workers represented by Aboriginal Blackmen United, which staged protests.
After city-mediated negotiations, the laborers were rehired at their original wages to sweep and perform other basic duties. Peace held until construction finished in October.
The electricians say they are ready to resume work on other projects, but insist that only they are qualified to perform the work.
“As soon as they’re ready to move, we’re certainly ready to go out and install,” said John O’Rourke, business manager of International Brotherhood of Electrical Workers Local 6.
City officials say work will remain suspended until the dispute is resolved.
Officials now say a proposed city ordinance forcing contractors to hire a minimum percentage of workers from San Francisco — including its disadvantaged neighborhoods — will help resolve the standoff by placing more Aboriginal Blackmen United members on solar energy job sites.
“If there is a path forward for how to get more locals on job sites, then that would help,” said Barbara Hale, who heads the city’s efforts to install the solar panels.
SOURCE
Labels:
Solar News
Thursday, December 2, 2010
Pope Wants Solar Popemobile
Pope Benedict XVI -- sometimes dubbed the "green pope" -- would gladly use a solar-powered electric popemobile to show he supports sustainable energy, a Vatican official said Wednesday.
Pope Benedict XVI waves as he parades in his popemobile prior to celebrate a solemn mass consecrating Barcelona's Sagrada Familia in a basilica, on Nov. 7 during his two-day visit in Spain.
Cardinal Giovanni Lajolo, who runs the Vatican City state, said Benedict would prefer a solar-electric vehicle to a gas-powered one given his efforts to make the Vatican an environmental leader, reports the Associated Press.
His comments came during a presentation of The Energy of the Sun in the Vatican, a book about the 2008 installation of photovoltaic cells on the roof of the Vatican's main auditorium and the 2009 installation of a solar cooling unit for its main cafeteria, AP reports.
SOURCE
Pope Benedict XVI waves as he parades in his popemobile prior to celebrate a solemn mass consecrating Barcelona's Sagrada Familia in a basilica, on Nov. 7 during his two-day visit in Spain.
Cardinal Giovanni Lajolo, who runs the Vatican City state, said Benedict would prefer a solar-electric vehicle to a gas-powered one given his efforts to make the Vatican an environmental leader, reports the Associated Press.
His comments came during a presentation of The Energy of the Sun in the Vatican, a book about the 2008 installation of photovoltaic cells on the roof of the Vatican's main auditorium and the 2009 installation of a solar cooling unit for its main cafeteria, AP reports.
SOURCE
Labels:
Solar News
Green Roofs Versus Solar Panels
When Scott Harris and Sarah Jack did a major renovation of their 1925 Teaneck, N.J., colonial in the summer of 2009, they kept the environment in mind — for example, choosing kitchen counters made of cement and recycled glass.
They thought about solar roof panels but rejected that idea when they were told that they’d have to chop down a towering tree that shades their back yard and house.
Instead, they installed a green, or living, roof. The greenery absorbs and filters rainwater, as well as adding insulation, which cuts heating and cooling costs.
For most homeowners, the biggest environmental impact of a roof is simply that it keeps the environment out. But there are innovations that aim to make the roof over your head an important tool in the effort to save energy and reverse global warming. And we’re not just talking about solar panels. There are cool roofs that reflect, instead of absorb, the sun’s rays; roofs made with recycled material; and green or “living” roofs, like the one on the Harris-Jack house.
“We wanted to do something to see if we could save on energy bills,” Harris said. “But it’s nice just to look out at it. Now when people come to visit, we have to bring them to the bathroom upstairs to look at the roof.”
Their green installation, on a flat section of roof at the rear of their house, consists of shallow trays holding a light, rocky soil and a mix of sedums, a drought-resistant, low-maintenance plant.
It was the first residential roof installed by Rob Schucker of R&S Landscaping in Midland Park, N.J., who also created a rooftop garden at Hackensack University Medical Center. He got interested in green roofs several years ago.
The cost of green roofs ranges from $15 to $35 a square foot — significantly more than a simple asphalt roof. The roofs require a structure strong enough to hold the plants and soil, even when the soil is saturated after a rainstorm. And some homeowners worry that if such a roof develops a leak, it would be more difficult to fix — though using trays lessens that concern.
But green roofs tend to last much longer, because the vegetation protects the roof structure from drastic changes in temperature, according to Jennifer Souder, a research manager at the Center for Green Building at Rutgers University.
“They can be a hard sell, because this is money you have to pay now,” she said. “But over the long period, they can be cost-effective.”
Meanwhile, even asphalt shingles, the workhorse of the roofing world, are getting an energy-saving twist. Asphalt roofs are the lowest-cost option, typically running $80 to $100 per “square” — a roofing-industry measure that’s equal to 100 square feet. That comes to about $1,000 to $1,200 for a 1,200-square-foot roof on a Cape Cod (not including installation charges).
But there are some new developments here, too — notably energy-saving “cool” roofs, which incorporate reflective granules to reduce the heat that comes into the attic.
GAF Materials Corp. of Wayne, N.J., the nation’s largest manufacturer of roofing materials, estimates that such roofs can cut homeowners’ cooling costs by 7 to 15 percent.
Cost, however, is an issue. The cool shingles cost at least 40 percent more than regular shingles, according to Tim Williams, director of marketing at East Rutherford, N.J.-based Allied Building Products. Many homeowners like the idea of saving energy but are reluctant to spend the extra money, he said.
Dean Logan, president of Complete Roof Systems in Dumont, N.J., said the reflective shingles don’t offer much benefit, especially considering their cost.
He said homeowners who want to save energy would be better off spending money on insulation under the roof.
SOURCE
They thought about solar roof panels but rejected that idea when they were told that they’d have to chop down a towering tree that shades their back yard and house.

For most homeowners, the biggest environmental impact of a roof is simply that it keeps the environment out. But there are innovations that aim to make the roof over your head an important tool in the effort to save energy and reverse global warming. And we’re not just talking about solar panels. There are cool roofs that reflect, instead of absorb, the sun’s rays; roofs made with recycled material; and green or “living” roofs, like the one on the Harris-Jack house.
“We wanted to do something to see if we could save on energy bills,” Harris said. “But it’s nice just to look out at it. Now when people come to visit, we have to bring them to the bathroom upstairs to look at the roof.”
Their green installation, on a flat section of roof at the rear of their house, consists of shallow trays holding a light, rocky soil and a mix of sedums, a drought-resistant, low-maintenance plant.
It was the first residential roof installed by Rob Schucker of R&S Landscaping in Midland Park, N.J., who also created a rooftop garden at Hackensack University Medical Center. He got interested in green roofs several years ago.
The cost of green roofs ranges from $15 to $35 a square foot — significantly more than a simple asphalt roof. The roofs require a structure strong enough to hold the plants and soil, even when the soil is saturated after a rainstorm. And some homeowners worry that if such a roof develops a leak, it would be more difficult to fix — though using trays lessens that concern.
But green roofs tend to last much longer, because the vegetation protects the roof structure from drastic changes in temperature, according to Jennifer Souder, a research manager at the Center for Green Building at Rutgers University.
“They can be a hard sell, because this is money you have to pay now,” she said. “But over the long period, they can be cost-effective.”
Meanwhile, even asphalt shingles, the workhorse of the roofing world, are getting an energy-saving twist. Asphalt roofs are the lowest-cost option, typically running $80 to $100 per “square” — a roofing-industry measure that’s equal to 100 square feet. That comes to about $1,000 to $1,200 for a 1,200-square-foot roof on a Cape Cod (not including installation charges).
But there are some new developments here, too — notably energy-saving “cool” roofs, which incorporate reflective granules to reduce the heat that comes into the attic.
GAF Materials Corp. of Wayne, N.J., the nation’s largest manufacturer of roofing materials, estimates that such roofs can cut homeowners’ cooling costs by 7 to 15 percent.
Cost, however, is an issue. The cool shingles cost at least 40 percent more than regular shingles, according to Tim Williams, director of marketing at East Rutherford, N.J.-based Allied Building Products. Many homeowners like the idea of saving energy but are reluctant to spend the extra money, he said.
Dean Logan, president of Complete Roof Systems in Dumont, N.J., said the reflective shingles don’t offer much benefit, especially considering their cost.
He said homeowners who want to save energy would be better off spending money on insulation under the roof.
SOURCE
Labels:
Solar News
Solar Power for Low Income Communities
The Association of California Community and Energy Services (ACCES) comprise non-profit organizations, Community Action Agencies, and community-based organizations, which provide services to low income households throughout California.
ACCES members provide a variety of social service programs to California's low-income communities aimed at decreasing California's carbon footprint. Programs such as utility assistance payments and home weatherization are designed to reduce the burden of utility costs for low-income families and increase the level of energy efficiency in existing housing stock.
Funding for this work is provided by the Low-Income Home Energy Assistance Program, the Department of Energy, the California Solar Initiative, and the California Public Utilities Commission’s Low-Income Energy Efficiency program, administered by the regional utility companies.
Although climate change affects everyone, it has the potential to disproportionately impact low-income communities. In an effort to better the lives of low-income communities, ACCES members provide a variety of social service programs to California’s low-income communities aimed at decreasing California’s carbon foot-print and lowering the impact of high energy costs on working families.
ACCES and the member organizations are working not just to promote solar technologies but have them offered and installed to the low-income communities we serve. Presently ACCES is in partnership with Central Coast Energy Services, Morgan Stanley Solar Solutions and 12 Energy Service Providers to install 600 solar photo voltaic systems on low-income multi-family dwellings.
Learn More About Acces
ACCES members provide a variety of social service programs to California's low-income communities aimed at decreasing California's carbon footprint. Programs such as utility assistance payments and home weatherization are designed to reduce the burden of utility costs for low-income families and increase the level of energy efficiency in existing housing stock.
Funding for this work is provided by the Low-Income Home Energy Assistance Program, the Department of Energy, the California Solar Initiative, and the California Public Utilities Commission’s Low-Income Energy Efficiency program, administered by the regional utility companies.
Although climate change affects everyone, it has the potential to disproportionately impact low-income communities. In an effort to better the lives of low-income communities, ACCES members provide a variety of social service programs to California’s low-income communities aimed at decreasing California’s carbon foot-print and lowering the impact of high energy costs on working families.
ACCES and the member organizations are working not just to promote solar technologies but have them offered and installed to the low-income communities we serve. Presently ACCES is in partnership with Central Coast Energy Services, Morgan Stanley Solar Solutions and 12 Energy Service Providers to install 600 solar photo voltaic systems on low-income multi-family dwellings.
Learn More About Acces
Labels:
Solar Industry
Wednesday, December 1, 2010
Ohio Solar Components Manufacturer Triples Work Force
A Columbus manufacturer plans to nearly triple its work force over the next three years, adding about 50 jobs as part of an expansion.
SCI Engineered Materials, based on the Far West Side, announced the plans yesterday. The company produces ceramic materials used in solar-power components, among other products.
"We're moving from the prototype stage to the manufacturing stage," said Dan Rooney, president and CEO. "It should lead to the biggest growth we've ever seen."
SCI was founded in 1987 as Superconductive Components Inc. by an Ohio State University metallurgy professor and his wife. The company, which now has 26 workers, has evolved to focus almost exclusively on materials that customers use to produce reflective or transparent surfaces.
Some of the financing for the expansion will come from the state government, which has approved $2.1 million worth of loans. SCI is providing the remainder of the $3 million project cost.
The growth likely means the company will need to find a new location in central Ohio, Rooney said. For now, though, there is some room to grow at the current location.
SOURCE
SCI Engineered Materials, based on the Far West Side, announced the plans yesterday. The company produces ceramic materials used in solar-power components, among other products.
"We're moving from the prototype stage to the manufacturing stage," said Dan Rooney, president and CEO. "It should lead to the biggest growth we've ever seen."
SCI was founded in 1987 as Superconductive Components Inc. by an Ohio State University metallurgy professor and his wife. The company, which now has 26 workers, has evolved to focus almost exclusively on materials that customers use to produce reflective or transparent surfaces.
Some of the financing for the expansion will come from the state government, which has approved $2.1 million worth of loans. SCI is providing the remainder of the $3 million project cost.
The growth likely means the company will need to find a new location in central Ohio, Rooney said. For now, though, there is some room to grow at the current location.
SOURCE
Labels:
Solar News
Less Than 2MW of Solar Power Produced in India
Solar power has had a slow start, but with increasing corporate interest, it might just make the 1,100 MW target by 2012
For all the hoopla around solar energy, less than 2 MW of power gets produced in India by harnessing the sun. The first phase target of the Jawaharlal Nehru National Solar Mission (part of the National Action Plan on climate change flagged off by Prime Minister Manmohan Singh a year ago) is to commission 1,100 MW of solar power by 2012, gathering speed to reach 20,000 MW by 2020. This is a figure that sounds utopian to even the greenest energy evangelist. Most installed projects currently operate at below 20% of their capacity and funding by banks and financial institutions is slow.
But things are beginning to change. The combined impact of the policy changes on power tariffs and new state government interest in solar energy has brought a buzz to sun power in the past four to six months. Recent rounds of bidding for projects by the two government companies, Ireda (Indian renewable energy development agency) and NVVN (NTPC Vidyut Vyapar Nigam) have seen an overwhelming response. Bids opened at 9 a.m., and the Ireda Web site shows the list of the final 105 who made it, with their ‘timings’ (the time it took to load the application online) down to the milliseconds. The cut off (last company that made it to the list) is at 4 minutes, 20 seconds and 22 milliseconds.
“Bidding for the smaller projects of less than 2 MW in July, was like the buzzer round of Kaun Banega Crorepati,” says Anmol Singh Jaggi, director of Gensol consultants, which was among those who eventually won a project.
A second round of much larger projects (5 MW and above) are to be awarded by the NVVN by the end of November. These are for 150 MW of solar photovoltaic power and 470 MW of solar-thermal power. Photovoltaics (PV) are arrays of cells containing a material that converts solar radiation into electricity directly, while solar thermal is a technology where solar energy is first converted to thermal energy (heat).
Solar power developers are competing hard for the projects on offer and the NVVN has received bids for generating 1,740 MW though it plans to allot only 150 MW. “Right now, it looks like there are a lot of people trying to become first movers in solar energy at any cost,’’ says Inderpreet Wadhwa, CEO of Azure power. Delhi-based Azure has partnered with North America’s largest solar developer SunEdison, to develop a 15 MW solar plant in Gujarat. It already has a project up at Punjab, and is among the few players focussed on solar energy.
Many bids are being made at costs per mega-watt that are far lower than the estimates by the CERC (central electricity regulatory commission). Moser Baer, for instance, which is among the most aggressive of the companies in the area, bid and won a project for MahaGenco (the Maharashtra government electricity generation company) at Rs 12 crore per MW, while the CERC projection for the project was Rs 17 crore per MW. Private equity firm Blackstone recently invested USD 300 million in Moser Baer Projects, the new power venture floated by the promoters of the optical storage device company.
Many companies have entered the fray lured by the stability of long term (30 year) returns at little recurring cost. The government has established a (indirect) subsidy mechanism by bundling expensive solar power with cheaper thermal energy. NVVN will bundle four units of traditional power with each unit of solar power to bring down the final cost to about Rs 3.50 a unit. As the trading agency, NVVN will sell this (more expensive) power to spot buyers on the exchanges.
But what most players had not bargained for is stiff competition that is now expected in the bidding. The reverse bidding is likely to lead to a lot of bids at costs far lower than the CERC notified for 2010-2011. This was at Rs 17.90 a unit for PV and Rs 15.40 for CSP (concentrated solar power). Financial closure will be tough for the larger projects. Most of the financing is off balance sheet, based on the cash-flow of the project itself.
While private equity firms and multilateral funding agencies are keen to invest in solar power, conventional banks and financial institutions are much more wary. Like their thermal counterparts in the first wave of IPP development in the 1990s, financing is becoming a big barrier for the solar developers. Public sector banks and financial institutions say they have no way to assess the commercial viability of the projects, since there is no previous data available. They are also apprehensive about the way the power purchase agreements (PPA) are structured. The biggest uncertainty is about who will compensate for the shortfall if these plants fail to achieve minimum load factor of 20% promised in the PPA.
The Ministry of New and Renewable Energy (MNRE) is bringing together banks and developers to evolve new funding models. “We recognise the need for equity financing to promote solar power projects. If we find there is funding gap, we will recommend a dedicated equity fund to the government,” says Indian Renewable Energy Development Agency (IREDA) chairman and managing director Debashish Majumdar.
Another problem, says R Chandrasekhar, Global CEO of IT Power group, one of the oldest renewable power consultancies based in the UK, could be the shortage of water. “Solar power production, particularly solar-thermal power, requires large amount of water to keep the panels clean and to generate the power. Most areas where there is plenty of sun are usually those where water is not plentiful,’’ he says. While state governments have committed to providing the required quantities of water, their promises will be put to test during summer months. Solar projects will also have to look at storage capacity, so power generated can be stored and used as a base load instead of being used only to supply the peak demand. So far all solar projects are designed to operate for about six hours daily, to feed in to peak hour demand from the grid.
Despite the slow pace so far, all signs are that solar power is on the fast track now. The policy incentives by the government, combined with entrepreneurial interest in the projects, may just lead to the change that promoters of cleantech have been advocating for several years. Though progress is far from the speed of light, the next couple of years could well be the turning point.
SOURCE
For all the hoopla around solar energy, less than 2 MW of power gets produced in India by harnessing the sun. The first phase target of the Jawaharlal Nehru National Solar Mission (part of the National Action Plan on climate change flagged off by Prime Minister Manmohan Singh a year ago) is to commission 1,100 MW of solar power by 2012, gathering speed to reach 20,000 MW by 2020. This is a figure that sounds utopian to even the greenest energy evangelist. Most installed projects currently operate at below 20% of their capacity and funding by banks and financial institutions is slow.
But things are beginning to change. The combined impact of the policy changes on power tariffs and new state government interest in solar energy has brought a buzz to sun power in the past four to six months. Recent rounds of bidding for projects by the two government companies, Ireda (Indian renewable energy development agency) and NVVN (NTPC Vidyut Vyapar Nigam) have seen an overwhelming response. Bids opened at 9 a.m., and the Ireda Web site shows the list of the final 105 who made it, with their ‘timings’ (the time it took to load the application online) down to the milliseconds. The cut off (last company that made it to the list) is at 4 minutes, 20 seconds and 22 milliseconds.
“Bidding for the smaller projects of less than 2 MW in July, was like the buzzer round of Kaun Banega Crorepati,” says Anmol Singh Jaggi, director of Gensol consultants, which was among those who eventually won a project.
A second round of much larger projects (5 MW and above) are to be awarded by the NVVN by the end of November. These are for 150 MW of solar photovoltaic power and 470 MW of solar-thermal power. Photovoltaics (PV) are arrays of cells containing a material that converts solar radiation into electricity directly, while solar thermal is a technology where solar energy is first converted to thermal energy (heat).
Solar power developers are competing hard for the projects on offer and the NVVN has received bids for generating 1,740 MW though it plans to allot only 150 MW. “Right now, it looks like there are a lot of people trying to become first movers in solar energy at any cost,’’ says Inderpreet Wadhwa, CEO of Azure power. Delhi-based Azure has partnered with North America’s largest solar developer SunEdison, to develop a 15 MW solar plant in Gujarat. It already has a project up at Punjab, and is among the few players focussed on solar energy.
Many bids are being made at costs per mega-watt that are far lower than the estimates by the CERC (central electricity regulatory commission). Moser Baer, for instance, which is among the most aggressive of the companies in the area, bid and won a project for MahaGenco (the Maharashtra government electricity generation company) at Rs 12 crore per MW, while the CERC projection for the project was Rs 17 crore per MW. Private equity firm Blackstone recently invested USD 300 million in Moser Baer Projects, the new power venture floated by the promoters of the optical storage device company.
Many companies have entered the fray lured by the stability of long term (30 year) returns at little recurring cost. The government has established a (indirect) subsidy mechanism by bundling expensive solar power with cheaper thermal energy. NVVN will bundle four units of traditional power with each unit of solar power to bring down the final cost to about Rs 3.50 a unit. As the trading agency, NVVN will sell this (more expensive) power to spot buyers on the exchanges.
But what most players had not bargained for is stiff competition that is now expected in the bidding. The reverse bidding is likely to lead to a lot of bids at costs far lower than the CERC notified for 2010-2011. This was at Rs 17.90 a unit for PV and Rs 15.40 for CSP (concentrated solar power). Financial closure will be tough for the larger projects. Most of the financing is off balance sheet, based on the cash-flow of the project itself.
While private equity firms and multilateral funding agencies are keen to invest in solar power, conventional banks and financial institutions are much more wary. Like their thermal counterparts in the first wave of IPP development in the 1990s, financing is becoming a big barrier for the solar developers. Public sector banks and financial institutions say they have no way to assess the commercial viability of the projects, since there is no previous data available. They are also apprehensive about the way the power purchase agreements (PPA) are structured. The biggest uncertainty is about who will compensate for the shortfall if these plants fail to achieve minimum load factor of 20% promised in the PPA.
The Ministry of New and Renewable Energy (MNRE) is bringing together banks and developers to evolve new funding models. “We recognise the need for equity financing to promote solar power projects. If we find there is funding gap, we will recommend a dedicated equity fund to the government,” says Indian Renewable Energy Development Agency (IREDA) chairman and managing director Debashish Majumdar.
Another problem, says R Chandrasekhar, Global CEO of IT Power group, one of the oldest renewable power consultancies based in the UK, could be the shortage of water. “Solar power production, particularly solar-thermal power, requires large amount of water to keep the panels clean and to generate the power. Most areas where there is plenty of sun are usually those where water is not plentiful,’’ he says. While state governments have committed to providing the required quantities of water, their promises will be put to test during summer months. Solar projects will also have to look at storage capacity, so power generated can be stored and used as a base load instead of being used only to supply the peak demand. So far all solar projects are designed to operate for about six hours daily, to feed in to peak hour demand from the grid.
Despite the slow pace so far, all signs are that solar power is on the fast track now. The policy incentives by the government, combined with entrepreneurial interest in the projects, may just lead to the change that promoters of cleantech have been advocating for several years. Though progress is far from the speed of light, the next couple of years could well be the turning point.
SOURCE
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