FORT WORTH, Texas--(BUSINESS WIRE)--Entech Solar, Inc. (OTC BB: ENSL.OB) (the “Company”, “Entech Solar”) is pleased to announce the launch and immediate availability of its new Entech™ Tubular Skylight, a state-of-the-art tubular skylight developed based on Entech Solar’s patented Solar Collimator™ technology. This proprietary Solar Collimator is designed to provide superior optical efficiency, increase lumen output, and improve light distribution over conventional tubular skylights, providing enhanced all-day illumination in desired areas.
The Entech Tubular Skylight is suitable for most commercial and industrial buildings that can benefit from natural daylighting, such as deep interior spaces of offices, warehouses, retail stores, manufacturing facilities, schools and hospitals. It can also contribute to a building meeting the certification requirements for the LEED® (Leadership in Energy and Environmental Design) Green Building Rating System, a nationally accepted benchmark for the design, construction, and operation of high performance green buildings.
“Our tubular skylight captures daylight at the rooftop and delivers consistent daylight to interior spaces through an exclusive, patented tubular design,” explains Entech Solar’s Product Manager, Jim Lowell. “The Entech Tubular Skylight solves problems that can occur with conventional tubular skylights by taking sunlight from various angles during the day and year, and straightening the light as it reflects down the tube.”
After installing skylights in the warehouse of Entech Solar’s corporate headquarters in Fort Worth, Texas-based AUI Contractors, Inc. is purchasing several for their own facility. AUI Director Matthew Wylie commented “We think this product is an excellent way to bring daylight into our own award-winning headquarters building and plan to recommend this product to our clients. Further, it contributes to our goal of LEED certification for this facility.”
Entech Solar’s Chief Operating Officer, Sean Rooney, comments, “We are excited to launch Entech Solar’s innovative skylight product for sustainable and green building initiatives. The potential reduction in energy usage when natural daylight displaces the use of artificial lighting makes this product an important component of an organization’s overall energy-reduction strategy. It makes good business sense as well as being good for our environment.”
The Entech™ Tubular Skylight is available for flat or sloped roofs. The tubing can be extended to accommodate most roof-to-ceiling distances. There is also an option suitable for buildings, offices or retail businesses that prefer open-grid ceilings. For more information on the Entech Tubular Skylight, please visit the Entech Tubular Skylight area of our website at www.entechsolar.com or contact Jim Lowell at 817-224-3509.
Tuesday, January 26, 2010
Tuesday, January 19, 2010
Oerlikon Solar Seeks to Reduce Cost by 30% in 2010
ABU DHABI, United Arab Emirates--(BUSINESS WIRE)--Oerlikon Solar today announced it will be presenting its technology at the World Future Energy Summit in Abu Dhabi. Oerlikon Solar leads the thin film silicon solar equipment sector with nearly half a gigawatt of production equipment ramped globally and more than 1 million panels produced by its customers to date. With the company’s Micromorph® factories, Oerlikon Solar plans to reach production costs at grid parity by the end of this year, making solar energy cost equal to fossil fuel-generated energy in many locations. Hence the company is well on track to offer its customers an advanced fab design capable of producing modules for $0.70/W by that time.
“Oerlikon Solar’s goal is to make solar power economically viable around the world,” said Jürg Henz, CEO of Oerlikon Solar. “We see Abu Dhabi as a key market in helping us reach that goal and commend the United Arab Emirates for their commitment in helping bring thin film PV manufacturing to the forefront.”
While Abu Dhabi sits on 90 percent of the United Arab Emirates (UAE) proven oil reserves, the province is keen on finding new sources of revenues beyond oil. In April 2006, Abu Dhabi made a bold and historic decision to embrace renewable and sustainable energy solutions. Over the past year, government policies were introduced in many regions, including the United Arab Emirates, which were intended to accelerate investment in solar PV systems and solar PV manufacturing as part of economic stimulus programs. Abu Dhabi aims to generate seven percent of their electricity from renewable energy sources by 2020.
Oerlikon Solar is willing to address this important growth market by offering attractive PV module production solutions. The company’s thin film silicon solar technology offers advantages over traditional crystalline silicon and other thin film PV technologies including higher energy yield, better performance at high temperatures, no polysilicon price risk and zero toxicity issues. At the same time, it provides long-term competitive advantages compared with other solar technologies due to long-term efficiency gain opportunities. For example, in the past 12 months, Oerlikon Solar significantly drove down module costs by around 25 percent, raising efficiency and improving the productivity of its lines from 60 MW in 2008 to 100 MW in 2009 without additional equipment. The company is on track to deliver another 30% cost reduction by end of 2010, enabling customers to offer solar electricity at grid-competitive prices in many parts of the world.
Oerlikon Solar is the first thin film silicon technology provider to have IEC/TÜV Rheinland master certification for its entire family of thin film silicon solar technologies, including both Amorphous and Micromorph®. The certification ensures that modules produced by Oerlikon Solar’s customers are manufactured to the highest quality standards and can endure the most challenging real world environmental conditions.
As a global leader in thin film silicon PV technology, Oerlikon Solar provides its customers with unparalleled experience in both installing and ramping up PV module factories, using its highly competitive amorphous and high-efficiency Micromorph® end-to-end production lines.
“Oerlikon Solar’s goal is to make solar power economically viable around the world,” said Jürg Henz, CEO of Oerlikon Solar. “We see Abu Dhabi as a key market in helping us reach that goal and commend the United Arab Emirates for their commitment in helping bring thin film PV manufacturing to the forefront.”
While Abu Dhabi sits on 90 percent of the United Arab Emirates (UAE) proven oil reserves, the province is keen on finding new sources of revenues beyond oil. In April 2006, Abu Dhabi made a bold and historic decision to embrace renewable and sustainable energy solutions. Over the past year, government policies were introduced in many regions, including the United Arab Emirates, which were intended to accelerate investment in solar PV systems and solar PV manufacturing as part of economic stimulus programs. Abu Dhabi aims to generate seven percent of their electricity from renewable energy sources by 2020.
Oerlikon Solar is willing to address this important growth market by offering attractive PV module production solutions. The company’s thin film silicon solar technology offers advantages over traditional crystalline silicon and other thin film PV technologies including higher energy yield, better performance at high temperatures, no polysilicon price risk and zero toxicity issues. At the same time, it provides long-term competitive advantages compared with other solar technologies due to long-term efficiency gain opportunities. For example, in the past 12 months, Oerlikon Solar significantly drove down module costs by around 25 percent, raising efficiency and improving the productivity of its lines from 60 MW in 2008 to 100 MW in 2009 without additional equipment. The company is on track to deliver another 30% cost reduction by end of 2010, enabling customers to offer solar electricity at grid-competitive prices in many parts of the world.
Oerlikon Solar is the first thin film silicon technology provider to have IEC/TÜV Rheinland master certification for its entire family of thin film silicon solar technologies, including both Amorphous and Micromorph®. The certification ensures that modules produced by Oerlikon Solar’s customers are manufactured to the highest quality standards and can endure the most challenging real world environmental conditions.
As a global leader in thin film silicon PV technology, Oerlikon Solar provides its customers with unparalleled experience in both installing and ramping up PV module factories, using its highly competitive amorphous and high-efficiency Micromorph® end-to-end production lines.
BioSolar Among “PV Innovations on the Leading Edge for 2010” According to Renewable Energy Focus
SANTA CLARITA, Calif.--(BUSINESS WIRE)--BioSolar, Inc. (OTCBB: BSRC), developer of a breakthrough technology to produce bio-based materials from renewable plant sources that reduce the cost of photovoltaic solar modules, was hailed as a “PV innovation on the leading edge for 2010” in the December/January cover story of Renewable Energy Focus
In the first of a series of articles on advances in solar photovoltaics (PV), author Joyce Laird looks at how innovation can create a profitable playing field in the solar PV marketplace, including BioSolar’s quest to eliminate dangerous toxins found in traditionally petroleum-based backsheets of solar panels.
“There are several different types of backsheets, but all are petroleum based,” said Dr. David Lee, CEO of BioSolar, in the cover story titled PV Innovations on the Leading Edge for 2010. “(The BioBacksheet) provides a perfect moisture barrier environment as well as electric insulation.”
BioSolar’s BioBacksheets come in several different models including two for the crystalline silicon market (including BioBacksheet-C) and one for the thin film market (BioBacksheet-A).
In a recent DomesticFuel.com podcast, David Lee notes, “BioSolar’s mission is to replace the petroleum component with something we can grow, something that we can renew, such as bio-based components.” These components - castor beans and cotton - provide photovoltaic manufacturers with a less expensive alternative that doesn’t do nearly as much harm to the environment after its lifespan has run its course.
“The solar industry will have some of the same problems the electronics industry had unless we plan now,” says Lee in a recent Grist.org article referencing toxins frequently found in traditional solar panels. “The solar industry involves a lot of toxic chemicals and we have to look at the lifecycle of these materials, from mining to manufacturing.”
In the first of a series of articles on advances in solar photovoltaics (PV), author Joyce Laird looks at how innovation can create a profitable playing field in the solar PV marketplace, including BioSolar’s quest to eliminate dangerous toxins found in traditionally petroleum-based backsheets of solar panels.
“There are several different types of backsheets, but all are petroleum based,” said Dr. David Lee, CEO of BioSolar, in the cover story titled PV Innovations on the Leading Edge for 2010. “(The BioBacksheet) provides a perfect moisture barrier environment as well as electric insulation.”
BioSolar’s BioBacksheets come in several different models including two for the crystalline silicon market (including BioBacksheet-C) and one for the thin film market (BioBacksheet-A).
In a recent DomesticFuel.com podcast, David Lee notes, “BioSolar’s mission is to replace the petroleum component with something we can grow, something that we can renew, such as bio-based components.” These components - castor beans and cotton - provide photovoltaic manufacturers with a less expensive alternative that doesn’t do nearly as much harm to the environment after its lifespan has run its course.
“The solar industry will have some of the same problems the electronics industry had unless we plan now,” says Lee in a recent Grist.org article referencing toxins frequently found in traditional solar panels. “The solar industry involves a lot of toxic chemicals and we have to look at the lifecycle of these materials, from mining to manufacturing.”
FLS Energy Completes Second Commercial Solar Project Powered by Suniva™
NORCROSS, Ga.--(BUSINESS WIRE)--Suniva, Inc., a U.S. based high-efficiency solar manufacturer, and FLS Energy, a North Carolina-based solar energy generation company, today announced the completion of a 240kW solar installation on a retail center in Cary, NC. The photovoltaic (PV) module array, Powered by Suniva™, is on the rooftop of the Mayfair Plaza Shopping Center and is one of the state’s largest rooftop arrays.
The Mayfair Plaza solar project is the second system built by FLS Energy and Powered by Suniva. In October 2009, FLS Energy announced its 550kW solar farm in western North Carolina would be Powered by Suniva. The entire output of both projects is sold to Progress Energy for use by its customers.
“The continued demand for solar in the Southeast is increasing at an exceptionally fast rate,” said Michael Shore, president of FLS Energy. “The advantages of using Suniva’s high-powered solar modules are twofold: it enables us to address the expanding market at an affordable price while using high-quality content made in the USA.” FLS Energy acted as system integrator on the project.
Suniva’s solar modules, which are UL listed and IEC certified, contain more than 90 percent U.S. content and offer a 25-year performance warranty, representing the highest quality standards in today’s industry. Suniva modules are powered by Suniva’s high-efficiency ARTisun Series solar cells and deliver peak power output up to 300 watts, one of the highest in the industry. High power output is a key factor in reducing installation and balance-of-system costs in all PV systems.
“We look forward to continuing our great relationship with FLS as the Southeast continues to be recognized as a huge opportunity for the solar market,” said John Baumstark, CEO of Suniva. “Our solar modules, Powered by Suniva, will enable FLS’s installations to deliver some of the highest levels of performance and reliability in the industry by using the most advanced, efficient and cost-effective solar cell technology available.”
The Cary solar PV array, which began operation on December 22, 2009, is expected to generate approximately 325,000 kilowatt-hours this year. This is roughly the equivalent of the annual energy demand of 22 typical homes. The PV array will reduce annual carbon dioxide emissions by approximately 230 tons, which is equivalent to drivers conserving 26,000 gallons of gasoline.
The Mayfair Plaza solar project is the second system built by FLS Energy and Powered by Suniva. In October 2009, FLS Energy announced its 550kW solar farm in western North Carolina would be Powered by Suniva. The entire output of both projects is sold to Progress Energy for use by its customers.
“The continued demand for solar in the Southeast is increasing at an exceptionally fast rate,” said Michael Shore, president of FLS Energy. “The advantages of using Suniva’s high-powered solar modules are twofold: it enables us to address the expanding market at an affordable price while using high-quality content made in the USA.” FLS Energy acted as system integrator on the project.
Suniva’s solar modules, which are UL listed and IEC certified, contain more than 90 percent U.S. content and offer a 25-year performance warranty, representing the highest quality standards in today’s industry. Suniva modules are powered by Suniva’s high-efficiency ARTisun Series solar cells and deliver peak power output up to 300 watts, one of the highest in the industry. High power output is a key factor in reducing installation and balance-of-system costs in all PV systems.
“We look forward to continuing our great relationship with FLS as the Southeast continues to be recognized as a huge opportunity for the solar market,” said John Baumstark, CEO of Suniva. “Our solar modules, Powered by Suniva, will enable FLS’s installations to deliver some of the highest levels of performance and reliability in the industry by using the most advanced, efficient and cost-effective solar cell technology available.”
The Cary solar PV array, which began operation on December 22, 2009, is expected to generate approximately 325,000 kilowatt-hours this year. This is roughly the equivalent of the annual energy demand of 22 typical homes. The PV array will reduce annual carbon dioxide emissions by approximately 230 tons, which is equivalent to drivers conserving 26,000 gallons of gasoline.
GT Solar Signs More than $40 Million in New Contracts with GCL-Poly
MERRIMACK, N.H.--(BUSINESS WIRE)--GT Solar International, Inc. (NASDAQ: SOLR), a global provider of specialized production equipment, process technology and turnkey manufacturing services for the solar power industry, today announced that it has signed contracts in excess of $40 million with two wholly owned subsidiaries of China-based GCL-Poly Energy Holdings Limited (“GCL-Poly”). The first agreement, with Jiangsu Zhongneng Polysilicon Technology Development Co., Ltd., is for GT Solar’s best-in-class Trichlorosilane (TCS) Production Technology Solution. The second, with Jiangsu GCL Silicon Material Technology Development Co. Ltd., is for GT Solar’s market-leading Directional Solidification System (DSS) furnaces and ancillary equipment. These contracts represent the first purchases of GT Solar equipment and services by GCL-Poly and its subsidiaries.
GT Solar’s TCS Production Solution includes all of the technology and basic engineering services required to produce TCS, one of the primary raw materials used to manufacture polysilicon. GT Solar’s DSS furnaces are used to melt polysilicon and grow multi-crystalline ingots, which are utilized to produce solar wafers and, ultimately, solar cells.
“GCL-Poly is committed to providing high-quality and cost-competitive solar raw materials by adopting the best-in-class technologies and equipment,” said Mr. Zhu Gong Shan, executive director, chairman and chief executive officer of GCL-Poly. “We chose to purchase the TCS Production Solution and DSS units from GT Solar because of their proven expertise in both polysilicon production and ingot crystallization. GT Solar’s TCS production solution should help to improve the quality and lower the cost of our polysilicon operations. Their expected timely delivery of the DSS furnaces should help to ensure that our new ingot and wafer production facility can be up-and-running in 2010.”
“We are pleased to welcome GCL-Poly as a new GT Solar customer for both our polysilicon and photovoltaic equipment businesses,” said Tom Gutierrez, GT Solar’s president and chief executive officer. “Our relationship with GCL-Poly further strengthens our market position in China and reinforces our role as a technology leader. We believe GT Solar’s DSS furnaces are the system of choice for leading PV manufacturers around the world. And, our TCS Production Technology Solution represents another win for this leading technology that should help to significantly lower the production cost of polysilicon.”
GT Solar’s TCS Production Solution includes all of the technology and basic engineering services required to produce TCS, one of the primary raw materials used to manufacture polysilicon. GT Solar’s DSS furnaces are used to melt polysilicon and grow multi-crystalline ingots, which are utilized to produce solar wafers and, ultimately, solar cells.
“GCL-Poly is committed to providing high-quality and cost-competitive solar raw materials by adopting the best-in-class technologies and equipment,” said Mr. Zhu Gong Shan, executive director, chairman and chief executive officer of GCL-Poly. “We chose to purchase the TCS Production Solution and DSS units from GT Solar because of their proven expertise in both polysilicon production and ingot crystallization. GT Solar’s TCS production solution should help to improve the quality and lower the cost of our polysilicon operations. Their expected timely delivery of the DSS furnaces should help to ensure that our new ingot and wafer production facility can be up-and-running in 2010.”
“We are pleased to welcome GCL-Poly as a new GT Solar customer for both our polysilicon and photovoltaic equipment businesses,” said Tom Gutierrez, GT Solar’s president and chief executive officer. “Our relationship with GCL-Poly further strengthens our market position in China and reinforces our role as a technology leader. We believe GT Solar’s DSS furnaces are the system of choice for leading PV manufacturers around the world. And, our TCS Production Technology Solution represents another win for this leading technology that should help to significantly lower the production cost of polysilicon.”
SHEC Energy Selects Emerson To Help It Deliver Commercial-Scale Renewable Solar Power
AUSTIN, Texas--(BUSINESS WIRE)--SHEC Energy has entered into a global agreement with Emerson Process Management, a business of Emerson (NYSE:EMR), to help bring online new solar thermal facilities for power generation. A leader among Concentrated Solar Power (CSP) producers, SHEC’s solar thermal plants have the advantage of using proven steam turbine technology that has been used in the power industry for decades.
SHEC Energy selected Emerson’s advanced automation services to maximize the efficiency and reliability of its planned renewable energy projects globally and to help SHEC bring the cost of solar power in line with conventional sources of electricity.
“Our goal is to provide the lowest cost renewable energy anywhere in the world,” said Tom Beck, SHEC Energy CEO. “Working with Emerson Process Management, one of the world’s leading process automation companies, is a key element in our strategy to operate the highest efficiency, lowest cost plants in the renewable energy industry.”
SHEC technology allows it to produce solar power at costs approaching those of traditional, fossil fuel-based technologies. SHEC’s technology can produce alternative fuels such as hydrogen, as well as heating for industrial applications.
Emerson brings extensive experience in not only the alternative energy industry but also the traditional power industry. Emerson has committed significant resources to help alternative energy companies translate their technologies into large-scale commercial production of eco-friendly fuels. In addition to SHEC Energy, Emerson is working with nearly a dozen other alternative energy companies. With decades of experience in the power industry, Emerson’s plant automation and control technologies support 600 gigawatts of the world’s power-generation capacity.
“Emerson and its suite of digital automation products and services will help SHEC realize lower project risk, better cost control, and high reliability,” said Steve Sonnenberg, president, Emerson Process Management. “Emerson’s technologies combined with SHEC Energy’s inherent patented technology advantages positions SHEC for sustainable growth in the solar power generation industry.”
SHEC Energy selected Emerson’s advanced automation services to maximize the efficiency and reliability of its planned renewable energy projects globally and to help SHEC bring the cost of solar power in line with conventional sources of electricity.
“Our goal is to provide the lowest cost renewable energy anywhere in the world,” said Tom Beck, SHEC Energy CEO. “Working with Emerson Process Management, one of the world’s leading process automation companies, is a key element in our strategy to operate the highest efficiency, lowest cost plants in the renewable energy industry.”
SHEC technology allows it to produce solar power at costs approaching those of traditional, fossil fuel-based technologies. SHEC’s technology can produce alternative fuels such as hydrogen, as well as heating for industrial applications.
Emerson brings extensive experience in not only the alternative energy industry but also the traditional power industry. Emerson has committed significant resources to help alternative energy companies translate their technologies into large-scale commercial production of eco-friendly fuels. In addition to SHEC Energy, Emerson is working with nearly a dozen other alternative energy companies. With decades of experience in the power industry, Emerson’s plant automation and control technologies support 600 gigawatts of the world’s power-generation capacity.
“Emerson and its suite of digital automation products and services will help SHEC realize lower project risk, better cost control, and high reliability,” said Steve Sonnenberg, president, Emerson Process Management. “Emerson’s technologies combined with SHEC Energy’s inherent patented technology advantages positions SHEC for sustainable growth in the solar power generation industry.”
Energenic Announces Solar Project Agreement with New Brunswick
MAYS LANDING, N.J.--(BUSINESS WIRE)--NBS Energy Partners, LLC today announced an agreement with the New Brunswick Renewable Energy Consortium to install and maintain multiple solar panel systems at various locations throughout the city.
NBS Energy Partners is jointly owned and operated by Energenic, a business venture between long-term business partners Marina Energy and DCO Energy, and Swan Creek Energy LLC. The New Brunswick Renewable Energy Consortium represents the City of New Brunswick, the City of New Brunswick Parking Authority, the New Brunswick Board of Education and the New Brunswick Housing Authority.
“We are pleased to move New Brunswick toward a more sustainable and reliable energy future,” said Joseph Scheufele, Energenic’s senior vice president of business development. “In addition to reducing New Brunswick’s carbon footprint, this project will significantly reduce the city’s energy costs.”
Energenic identified 19 potential sites within New Brunswick where solar panels will be installed. Sites include parking garages, schools, water treatment plants and other city-owned facilities.
The project will be the largest single solar panel project in New Jersey. Once complete, the sites will generate more than 8 megawatts, or 9.7 million kilowatt hours of energy annually. New Brunswick is expected to save 20 percent or more on their energy bills as a result of the projects.
The first phase of the project is expected to be completed by the end of 2010, and will generate 4 megawatts, or 3.5 million kilowatt hours of energy annually.
The average home consumes nearly 9,000 kilowatt hours of electricity each year.
NBS Energy Partners is jointly owned and operated by Energenic, a business venture between long-term business partners Marina Energy and DCO Energy, and Swan Creek Energy LLC. The New Brunswick Renewable Energy Consortium represents the City of New Brunswick, the City of New Brunswick Parking Authority, the New Brunswick Board of Education and the New Brunswick Housing Authority.
“We are pleased to move New Brunswick toward a more sustainable and reliable energy future,” said Joseph Scheufele, Energenic’s senior vice president of business development. “In addition to reducing New Brunswick’s carbon footprint, this project will significantly reduce the city’s energy costs.”
Energenic identified 19 potential sites within New Brunswick where solar panels will be installed. Sites include parking garages, schools, water treatment plants and other city-owned facilities.
The project will be the largest single solar panel project in New Jersey. Once complete, the sites will generate more than 8 megawatts, or 9.7 million kilowatt hours of energy annually. New Brunswick is expected to save 20 percent or more on their energy bills as a result of the projects.
The first phase of the project is expected to be completed by the end of 2010, and will generate 4 megawatts, or 3.5 million kilowatt hours of energy annually.
The average home consumes nearly 9,000 kilowatt hours of electricity each year.
Aide Solar Debuts Black Frame Solar Panels on NextGen “Home for the Generations” Spotlighted at the International Builders Show
LAS VEGAS--(BUSINESS WIRE)--Aide Solar, a large-scale producer of photovoltaic modules, today announced that its new 230 watt poly-crystalline black frame solar panels have debuted as an energy-efficient feature on the NextGen “Home for the Generations” at the International Builders Show (IBS) in Las Vegas, January 19-22, 2010. The 1,800 sq. foot home spotlighting friendly products and a greater focus on energy efficiency was built onsite at IBS as part of the U.S. Dept. of Energy’s "Builders’ Challenge.”
“Black frame panels offer an alternative to the typical aluminum frames used for most silicon photovoltaic panels, and give a more elegant appearance that blends beautifully with roof lines and tiles,” said Raymond C. Wiley, director, North America Sales, Aide Solar, U.S.A. “The NextGen Home experience is the perfect way to showcase our product as an energy-efficient option for builders seeking to provide energy-saving advantages to new home buyers. We’re proud that our panels are a part of such a worthwhile endeavor.”
Launched in 2008, the DOE Builders’ Challenge is a national energy savings program calling on the U.S. homebuilding industry to build 220,000 new high performance homes by 2012. Under its terms, a high performance home is one using at least 30 percent less energy than a typical new home meeting the criteria of the latest national model building code.
The recent opening of Aide Solar’s North American headquarters in Tempe, Arizona combined with its access to other technologies found within its parent organization, The Panjit Group, a broad-based manufacturer of leading-edge technologies headquartered in Taiwan, ideally positions Aide Solar to broaden its product portfolio and offer “green” solutions to system integrators and installers serving the energy efficiency market.
Since 2003, home builders and home buyers in the tens of thousands have toured NextGen Home Experience® demonstration homes to see some of the latest innovations for the American home. There is a growing interest among home buyers to get more from their home purchase in today’s market: more green friendly construction, more energy efficiency, and more flexibility. Over 26 companies are participating in this year’s “Home for The Generations” construction and contributing to the four primary attributes of a NextGen Approved™ Home: Green, Efficient, Safe, and Digital.
“Black frame panels offer an alternative to the typical aluminum frames used for most silicon photovoltaic panels, and give a more elegant appearance that blends beautifully with roof lines and tiles,” said Raymond C. Wiley, director, North America Sales, Aide Solar, U.S.A. “The NextGen Home experience is the perfect way to showcase our product as an energy-efficient option for builders seeking to provide energy-saving advantages to new home buyers. We’re proud that our panels are a part of such a worthwhile endeavor.”
Launched in 2008, the DOE Builders’ Challenge is a national energy savings program calling on the U.S. homebuilding industry to build 220,000 new high performance homes by 2012. Under its terms, a high performance home is one using at least 30 percent less energy than a typical new home meeting the criteria of the latest national model building code.
The recent opening of Aide Solar’s North American headquarters in Tempe, Arizona combined with its access to other technologies found within its parent organization, The Panjit Group, a broad-based manufacturer of leading-edge technologies headquartered in Taiwan, ideally positions Aide Solar to broaden its product portfolio and offer “green” solutions to system integrators and installers serving the energy efficiency market.
Since 2003, home builders and home buyers in the tens of thousands have toured NextGen Home Experience® demonstration homes to see some of the latest innovations for the American home. There is a growing interest among home buyers to get more from their home purchase in today’s market: more green friendly construction, more energy efficiency, and more flexibility. Over 26 companies are participating in this year’s “Home for The Generations” construction and contributing to the four primary attributes of a NextGen Approved™ Home: Green, Efficient, Safe, and Digital.
Monday, January 18, 2010
Day4 Energy Completes 2.4 Megawatt Solar Electric Turn-key Power Plant for Gunther Heiss Solar Gmbh & Co. KG in Germany
BURNABY, BC, Jan. 18 /PRNewswire-FirstCall/ - Day4 Energy Inc. (TSX: DFE), a leading supplier of high performance, cost-effective solar electric solutions, today announced it has completed the delivery of a turn-key 2.4 megawatt (MW) roof-mounted photovoltaic (PV) power plant for Gunther Heiss Solar Gmbh & Co. KG in Germany. The project was financed by a local Volksbank, backed by Deutsche Zentral-Genossenschaftsbank, Frankfurt am Main.
Day4 Energy was responsible for the design, engineering and construction of the PV power plant together with one of our leading German based channel partners. The plant includes 12,600 48MC Day4 modules. The energy produced at this solar plant will be sold to the local grid provider under the German feed-in-tariff (FIT) Law (EEG).
"The successful completion of this project adds to our track record and will be another excellent project to demonstrate the value of our turn-key solutions and the Day4 technology, said George Rubin, president of Day4 Energy.
"We are extremely pleased with the final product and look forward to further collaborations with the Day4 Team", said Gunther Heiss, president of Gunther Heiss Solar Gmbh & Co. KG. Heiss Solar located in Emmingen, is a German company focused on the business of tree nurseries. Heiss has developed a concept to cultivate ginseng plants that prefer shading to sunlight for optimal growth and therefore require extensive roofs. The combined investment into the roof infrastructure and its power generation capability is a unique solution to the project.
Day4 Energy was responsible for the design, engineering and construction of the PV power plant together with one of our leading German based channel partners. The plant includes 12,600 48MC Day4 modules. The energy produced at this solar plant will be sold to the local grid provider under the German feed-in-tariff (FIT) Law (EEG).
"The successful completion of this project adds to our track record and will be another excellent project to demonstrate the value of our turn-key solutions and the Day4 technology, said George Rubin, president of Day4 Energy.
"We are extremely pleased with the final product and look forward to further collaborations with the Day4 Team", said Gunther Heiss, president of Gunther Heiss Solar Gmbh & Co. KG. Heiss Solar located in Emmingen, is a German company focused on the business of tree nurseries. Heiss has developed a concept to cultivate ginseng plants that prefer shading to sunlight for optimal growth and therefore require extensive roofs. The combined investment into the roof infrastructure and its power generation capability is a unique solution to the project.
Wednesday, January 13, 2010
ONTILITY Takes NABCEP Solar Training Classes One State Further
HOUSTON--(BUSINESS WIRE)--ONTILITY, in partnership with Phillips Community College, will offer Solar Installation Training – Solar Electric Systems February 15th through 19th, 2010, at Stuttgart Campus in Arkansas. The course, which teaches the NABCEP Entry Level Photovoltaic learning objectives, includes 48 hours of professional training presented in five days of sessions, 8 a.m. – 5 p.m. each day. Tuition for the training is $1,395.
In its 2008 Annual Outlook, The U.S. Department of Energy's Energy Information Administration projected grid-connected solar power to experience a 73-fold increase by 2030, nationwide. Similarly, Angelou Economics, a Texas-based economic development consulting company, reported in its publication, Growing the New Energy Economy in Texas, December 2008, that the solar energy industry will grow from $20 billion in 2007, to $74 billion by 2017.
John Berry, one of ONTILITY's vastly experienced and skilled training directors notes, "Demand for well trained, highly skilled workers will naturally accompany market growth. Solar industry jobs will range from high school graduates to those with master’s degrees and will carry average annual salaries from $23,000 to $87,000. ONTILITY’s EcoWorkforce and ONTraining programs are designed to accelerate the development of the Texas Solar Energy Industry and college level renewable energy programs by training college faculty members in solar photovoltaic and thermal applications."
For more information or to register for the course please visit the website at www.ontility.com. If you have any questions please contact John Berry, 281-854-1400.
About ONTILITY's Entry Level Solar Electric Training Course
The course is a combination of lecture; hands on training; real world solar applications; solar installation contractor training; National Electrical Code (NEC) information; explanations of solar rebates offered in Texas and Federal tax credit incentives; and Texas solar installation contractor requirements.
The classes are very interactive – student participation is emphasized. The "hands-on-training" includes the complete installation of a Solar Electric system, from installing the solar panels on the roof, to the complete wiring of the balance of systems. There is a total of two days of hands-on installation and lab training that includes all materials and tools to do the job right.
This course teaches the NABCEP Photovoltaic (PV) Entry Level Certificate of Knowledge learning objectives. Students that complete the class will qualify to take the NABCEP Entry Level PV exam. The certificate of training, which all course graduates receive, will satisfy one of the requirements needed to be a solar system installation service provider in some Texas solar rebate programs, and satisfies the educational requirement to apply to sit for the NABCEP PV Installer National Certification exam.
Anyone interested in learning about or working in the solar industry or starting a solar energy company may attend this class. No particular skills are needed. A construction background and/or electrical experience are helpful.
Tuesday, January 12, 2010
500-Kilowatt Rooftop Solar Power System Installed at Harvard
CAMBRIDGE, Mass., Jan. 12 /PRNewswire-FirstCall/ --CarbonFree Technology, Integrys Energy Services, Inc., and SunPower Corp. ( SPWRA, SPWRB) today announced the completion of Harvard University's first large rooftop solar power system. The 500-kilowatt SunPower system has been installed on the roof of one of the historic buildings that comprise the Arsenal on the Charles complex in Watertown, Mass., a former military installation purchased by Harvard in 2001.
CarbonFree Technology estimates that the solar power system will generate the equivalent of the amount of power required for 83 average Massachusetts homes each year. Based on the average carbon intensity of grid electricity in Massachusetts, this output will offset the equivalent of 367 metric tons of carbon dioxide per year.
"The multi-story building was erected during World War I and is an ideal site for solar, with a flat, unshaded roof," said Joseph Gregory, assistant director of sustainability at Harvard Real Estate Services. "Despite the age of the building, the roof has been upgraded and has a long expected life, making it perfect for this system."
Harvard put the project out to tender with a request for proposals in March 2009, seeking bidders interested in installing, owning and operating a solar power system. CarbonFree Technology led the winning bid, working with SunPower to design and install the system and provide operations and maintenance services.
"We are delighted to see Harvard play a leading role in the adoption of solar power in Massachusetts, and among academic institutions nationwide," said David Oxtoby, CEO of CarbonFree Technology. "We believe this is a clear win for Harvard, and an excellent fit with the university's environmental goals."
The system features the SunPower T5 Solar Roof Tile, the solar industry's first non-penetrating rooftop product that combines a high-efficiency SunPower solar panel, frame and mounting system into a single pre-engineered unit. Tilted at a five-degree angle, the T5 Roof Tile system approximately doubles the energy generated per square meter compared to systems that are mounted flat onto commercial rooftops.
"It is clear to us that Harvard has a serious commitment to environmental sustainability, and is looking for ways to creatively reduce operating costs on campus," said Tom Leyden, managing director at SunPower. "We feel this project serves both objectives. The T5 Roof Tile will deliver more solar energy per square meter and greater energy savings than conventional systems."
The system is owned by Crimson Solar, LLC, a wholly owned subsidiary of Integrys Energy Services, Inc. Harvard has committed to buy the power generated from the system, and the associated solar renewable energy certificates, for 25 years at a pre-determined rate, with no upfront capital cost.
"We are delighted and honored to help Harvard deliver on its commitment towards achieving its meaningful environmental and energy goals," said Joel Jansen, managing director of energy assets for Integrys Energy Services, Inc. "The leadership demonstrated by Harvard on this project should serve as a model, inspiring others to take an active role in protecting the environment and managing their energy. We are pleased to be part of this project."
The project is also made possible thanks to a $1.1 million rebate provided by the Massachusetts Technology Collaborative, to promote the installation of grid-tied photovoltaic systems.
CarbonFree Technology estimates that the solar power system will generate the equivalent of the amount of power required for 83 average Massachusetts homes each year. Based on the average carbon intensity of grid electricity in Massachusetts, this output will offset the equivalent of 367 metric tons of carbon dioxide per year.
"The multi-story building was erected during World War I and is an ideal site for solar, with a flat, unshaded roof," said Joseph Gregory, assistant director of sustainability at Harvard Real Estate Services. "Despite the age of the building, the roof has been upgraded and has a long expected life, making it perfect for this system."
Harvard put the project out to tender with a request for proposals in March 2009, seeking bidders interested in installing, owning and operating a solar power system. CarbonFree Technology led the winning bid, working with SunPower to design and install the system and provide operations and maintenance services.
"We are delighted to see Harvard play a leading role in the adoption of solar power in Massachusetts, and among academic institutions nationwide," said David Oxtoby, CEO of CarbonFree Technology. "We believe this is a clear win for Harvard, and an excellent fit with the university's environmental goals."
The system features the SunPower T5 Solar Roof Tile, the solar industry's first non-penetrating rooftop product that combines a high-efficiency SunPower solar panel, frame and mounting system into a single pre-engineered unit. Tilted at a five-degree angle, the T5 Roof Tile system approximately doubles the energy generated per square meter compared to systems that are mounted flat onto commercial rooftops.
"It is clear to us that Harvard has a serious commitment to environmental sustainability, and is looking for ways to creatively reduce operating costs on campus," said Tom Leyden, managing director at SunPower. "We feel this project serves both objectives. The T5 Roof Tile will deliver more solar energy per square meter and greater energy savings than conventional systems."
The system is owned by Crimson Solar, LLC, a wholly owned subsidiary of Integrys Energy Services, Inc. Harvard has committed to buy the power generated from the system, and the associated solar renewable energy certificates, for 25 years at a pre-determined rate, with no upfront capital cost.
"We are delighted and honored to help Harvard deliver on its commitment towards achieving its meaningful environmental and energy goals," said Joel Jansen, managing director of energy assets for Integrys Energy Services, Inc. "The leadership demonstrated by Harvard on this project should serve as a model, inspiring others to take an active role in protecting the environment and managing their energy. We are pleased to be part of this project."
The project is also made possible thanks to a $1.1 million rebate provided by the Massachusetts Technology Collaborative, to promote the installation of grid-tied photovoltaic systems.
ET Solar Group Joins PV CYCLE Association to Make PV Module 'Double Green'
NANJING, China, Jan. 12 /PRNewswire-Asia/ -- ET Solar Group Corp. ("ET Solar"), a Nanjing-based photovoltaic ("PV") system turnkey solution provider and integrated manufacturer of PV products, announced that it has joined PV CYCLE, an association engaged in setting up voluntary take-back and recycling programs for end-of-life PV modules.
PV modules are designed to generate clean and renewable energy for over 25 years. At the end of their commercial life, PV modules need to be recovered and valuable components (such as glass, silicon and aluminum) reused for new module production. PV CYCLE association has been developing robust plans to achieve these purposes with socially responsible PV companies joining its efforts.
"As a PV module manufacturer, we have the responsibility to maximize the benefits of our products to the environment. Via participating in PV CYCLE's waste management and recycling programs, ET Solar will be able to better achieve these goals," said Dennis She, ET Solar's VP and Chief Officer of Global Sales and Marketing.
PV modules are designed to generate clean and renewable energy for over 25 years. At the end of their commercial life, PV modules need to be recovered and valuable components (such as glass, silicon and aluminum) reused for new module production. PV CYCLE association has been developing robust plans to achieve these purposes with socially responsible PV companies joining its efforts.
"As a PV module manufacturer, we have the responsibility to maximize the benefits of our products to the environment. Via participating in PV CYCLE's waste management and recycling programs, ET Solar will be able to better achieve these goals," said Dennis She, ET Solar's VP and Chief Officer of Global Sales and Marketing.
Carmanah Technologies Illuminates Central Spokane, WA Parking Lot with Solar Lighting
VICTORIA, British Columbia--(BUSINESS WIRE)--The Spokane Public Facilities District is illuminating a central city parking lot with solar LED lighting from Carmanah Technologies (TSX:CMH). Installed as part of a new parking lot facility constructed in conjunction with the INB Performing Arts Center in downtown Spokane, the Carmanah EverGEN™ 1530 solar LED lights are providing the first LED site lighting in the city. Centrally located and easily recognizable as a sustainable energy solution, the lights are showcasing the Spokane Public Facilities District’s continued commitment to going green.
In addition to reducing the city’s carbon footprint, the solar parking lot lights also provide portability. Without the need for trenching or electrical grid connections, the solar lights can be picked up and moved to a different location as the Spokane Public Facilities District (SPFD) grows and site requirements change.
The SPFD, which operates the Spokane Veterans Memorial Arena, Spokane Convention Center and INB Performing Arts Center, has adopted a Sustainability Policy to operate its venues in an environmentally friendly manner, taking every available opportunity to reduce waste by conserving essential resources, recycling and using recycled materials, and utilizing renewable energy sources whenever possible. Procedures have been developed and communicated in various ways to engage all employees, clients and guests in participating in sustainable practices.
Kevin Twohig, Executive Director of the Spokane Public Facilities District, couldn’t be happier with the lighting selection. “As a district we have adopted practices and procedures that actualize our Sustainability Policy. We are constantly looking for ways to better improve our venues in environmentally friendly ways and selecting solar LED lighting for the new parking lot facility was both logical and environmental.”
Provided through Carmanah lighting agent Cascade Lighting in cooperation with Escent Lighting and MW Consulting Engineers, the Carmanah EverGEN 1530 solar lighting systems were chosen based on company experience and the superior performance offered by the lights.
Featuring dark-sky friendly LED fixtures by BetaLED Lighting, the Carmanah solar lights are also designed to reduce light pollution. BetaLED fixtures are recognized as incorporating some of the most advanced LED technology on the market and their bright, focused light output will provide the city with hundreds of thousands of hours of maintenance-free illumination. In combination with the solar-powered technology of the lights, the LED fixtures will allow the city to significantly reduce maintenance costs for the lights and will eliminate electricity costs for illuminating the parking lot altogether.
In addition to the cost benefits of electricity and maintenance savings, the lights will provide a portable lighting solution that stands as a continual reminder of the Spokane Public Facilities District’s commitment to renewable technology infrastructure.
Carmanah EverGEN™ 1500-series street lights are available now from Carmanah Technologies. For more information on solar LED lighting, visit www.carmanah.com.
In addition to reducing the city’s carbon footprint, the solar parking lot lights also provide portability. Without the need for trenching or electrical grid connections, the solar lights can be picked up and moved to a different location as the Spokane Public Facilities District (SPFD) grows and site requirements change.
The SPFD, which operates the Spokane Veterans Memorial Arena, Spokane Convention Center and INB Performing Arts Center, has adopted a Sustainability Policy to operate its venues in an environmentally friendly manner, taking every available opportunity to reduce waste by conserving essential resources, recycling and using recycled materials, and utilizing renewable energy sources whenever possible. Procedures have been developed and communicated in various ways to engage all employees, clients and guests in participating in sustainable practices.
Kevin Twohig, Executive Director of the Spokane Public Facilities District, couldn’t be happier with the lighting selection. “As a district we have adopted practices and procedures that actualize our Sustainability Policy. We are constantly looking for ways to better improve our venues in environmentally friendly ways and selecting solar LED lighting for the new parking lot facility was both logical and environmental.”
Provided through Carmanah lighting agent Cascade Lighting in cooperation with Escent Lighting and MW Consulting Engineers, the Carmanah EverGEN 1530 solar lighting systems were chosen based on company experience and the superior performance offered by the lights.
Featuring dark-sky friendly LED fixtures by BetaLED Lighting, the Carmanah solar lights are also designed to reduce light pollution. BetaLED fixtures are recognized as incorporating some of the most advanced LED technology on the market and their bright, focused light output will provide the city with hundreds of thousands of hours of maintenance-free illumination. In combination with the solar-powered technology of the lights, the LED fixtures will allow the city to significantly reduce maintenance costs for the lights and will eliminate electricity costs for illuminating the parking lot altogether.
In addition to the cost benefits of electricity and maintenance savings, the lights will provide a portable lighting solution that stands as a continual reminder of the Spokane Public Facilities District’s commitment to renewable technology infrastructure.
Carmanah EverGEN™ 1500-series street lights are available now from Carmanah Technologies. For more information on solar LED lighting, visit www.carmanah.com.
Ferro Awarded $1 Million Grant for Solar Cell Research
CLEVELAND--(BUSINESS WIRE)--Ferro Electronic Materials, a leading supplier of materials for fabricating photovoltaic solar cells, has been awarded $1 million by the Ohio Department of Development (ODOD) to develop advanced durability sealing systems for solar cells. In this project, Ferro will engineer a vitreous frit system to provide reliable air-tight and water-tight seals for second- and third-generation thin-film solar cells. Ferro will collaborate with the Edison Welding Institute, StrateNexus Technologies, and The Ohio State University, all of Columbus, Ohio, in developing, testing and commercializing this new technology.
If successful, the new sealing materials will enable Ferro to solve a significant problem with second- and third-generation thin-film solar cells. As with all solar cells, thin-film cells require a hermetic seal to operate reliably for their expected lifetimes of 20-plus years. This can be a problem because most current thin-film solar cell modules are designed to be sealed with organic sealants that typically lose their hermeticity in time, especially if exposed to sunlight containing UV radiation. The problem is aggravated by exposure to daily and seasonal temperature fluctuations that can further weaken the seal.
Ferro proposes to replace the organic seal with technology similar to its glass frit sealing materials presently used in thick-film solar cells and that are field-proven to last well beyond the cells’ expected lifetimes. The technical challenge is that thin-film cells are extremely temperature sensitive, and the current frit technology requires high firing temperatures to create the seal. The goal is to create a glass frit material that can create the required seal at lower temperatures and that can be activated by laser-based and ultrasonic energy systems.
“One of Ferro Corporation’s core technical competencies is the design and manufacture of custom glasses,” said Steven Florio, chief technology officer for Ferro’s Electronic, Color and Glass Materials division. “We believe this strength in glass technology will enable Ferro to rapidly drive the development of the frits required for this critical new application.”
Funding for the project is provided through the Ohio Third Frontier Photovoltaic Program, which supports research and development that addresses the technical and cost barriers to commercialization of photovoltaic components and systems in Ohio. The awards are contingent upon State Controlling Board approval.
“This funding catalyzes the transformation of cutting edge research – much of it pioneered in the laboratories of the University System of Ohio – into successful Ohio businesses and 21st century Ohio jobs,” said Eric Fingerhut, Chancellor of the Ohio Board of Regents and Chair of the Ohio Third Frontier Commission. “As the nation looks to renewable energies, Ohio’s position as a leader in photovoltaic production builds a foundation for the state’s economic future."
The Ohio Third Frontier Photovoltaic Program accelerates the development and growth of the photovoltaic industry in Ohio by direct financial support to organizations seeking to: investigate near-term specific commercial objectives with respect to products, processes, or services; commercialize new products, commercialize manufacturing processes or technologies, or adapt or modify existing components or systems that can reduce the cost of photovoltaic systems or address technical and commercialization barriers; or demonstrate market readiness.
If successful, the new sealing materials will enable Ferro to solve a significant problem with second- and third-generation thin-film solar cells. As with all solar cells, thin-film cells require a hermetic seal to operate reliably for their expected lifetimes of 20-plus years. This can be a problem because most current thin-film solar cell modules are designed to be sealed with organic sealants that typically lose their hermeticity in time, especially if exposed to sunlight containing UV radiation. The problem is aggravated by exposure to daily and seasonal temperature fluctuations that can further weaken the seal.
Ferro proposes to replace the organic seal with technology similar to its glass frit sealing materials presently used in thick-film solar cells and that are field-proven to last well beyond the cells’ expected lifetimes. The technical challenge is that thin-film cells are extremely temperature sensitive, and the current frit technology requires high firing temperatures to create the seal. The goal is to create a glass frit material that can create the required seal at lower temperatures and that can be activated by laser-based and ultrasonic energy systems.
“One of Ferro Corporation’s core technical competencies is the design and manufacture of custom glasses,” said Steven Florio, chief technology officer for Ferro’s Electronic, Color and Glass Materials division. “We believe this strength in glass technology will enable Ferro to rapidly drive the development of the frits required for this critical new application.”
Funding for the project is provided through the Ohio Third Frontier Photovoltaic Program, which supports research and development that addresses the technical and cost barriers to commercialization of photovoltaic components and systems in Ohio. The awards are contingent upon State Controlling Board approval.
“This funding catalyzes the transformation of cutting edge research – much of it pioneered in the laboratories of the University System of Ohio – into successful Ohio businesses and 21st century Ohio jobs,” said Eric Fingerhut, Chancellor of the Ohio Board of Regents and Chair of the Ohio Third Frontier Commission. “As the nation looks to renewable energies, Ohio’s position as a leader in photovoltaic production builds a foundation for the state’s economic future."
The Ohio Third Frontier Photovoltaic Program accelerates the development and growth of the photovoltaic industry in Ohio by direct financial support to organizations seeking to: investigate near-term specific commercial objectives with respect to products, processes, or services; commercialize new products, commercialize manufacturing processes or technologies, or adapt or modify existing components or systems that can reduce the cost of photovoltaic systems or address technical and commercialization barriers; or demonstrate market readiness.
Spire Receives NREL Go Ahead for Phase II of High Efficiency Concentrator Solar Cell Contract
BEDFORD, Mass.--(BUSINESS WIRE)--Spire Corporation (Nasdaq: SPIR), a global solar company providing capital equipment and turnkey production lines to manufacture photovoltaic (PV) cells and modules, announced that its wholly owned subsidiary, Spire Semiconductor, LLC, has successfully completed Phase I of its High Efficiency Concentrator Solar Cell program with the Department of Energy’s National Renewable Energy Laboratory (NREL) and has been notified the NREL will authorized Phase II of the program. Under the 18-month, $3.7 million cost share subcontract, Spire Semiconductor is developing technology to cost-effectively manufacture 42% efficient, 500 sun, concentrator solar cells for concentrator photovoltaic (CPV) systems.
Spire Semiconductor passed through the NREL Stage Gate Review, a go/no go decision point to validate the progression of the project and assure that progress meets contract objectives. These objectives include estimates of key performance parameters of competitive Levelized Cost of Energy (LCOE); annual manufacturing capacity potential; direct manufacturing cost; and cell Mean Time Between Failure (MTBF). PV cell performances of greater than 39% efficiency were achieved during Phase I.
“We are very happy to be given the go ahead with our program,” said Roger G. Little, Chairman and CEO of Spire Corporation. “It validates our efforts toward developing a proprietary gallium arsenide (GaAs) concentrator solar cell that exceeds anything commercially available.”
Mr. Little concluded, “The PV industry will continue to grow significantly this year and well into the future. CPV systems offer many advantages. With Spire’s strong position in the solar industry, the availability of our custom GaAs concentrator will put us in a good position to help our customers meet this market demand.”
Spire Semiconductor passed through the NREL Stage Gate Review, a go/no go decision point to validate the progression of the project and assure that progress meets contract objectives. These objectives include estimates of key performance parameters of competitive Levelized Cost of Energy (LCOE); annual manufacturing capacity potential; direct manufacturing cost; and cell Mean Time Between Failure (MTBF). PV cell performances of greater than 39% efficiency were achieved during Phase I.
“We are very happy to be given the go ahead with our program,” said Roger G. Little, Chairman and CEO of Spire Corporation. “It validates our efforts toward developing a proprietary gallium arsenide (GaAs) concentrator solar cell that exceeds anything commercially available.”
Mr. Little concluded, “The PV industry will continue to grow significantly this year and well into the future. CPV systems offer many advantages. With Spire’s strong position in the solar industry, the availability of our custom GaAs concentrator will put us in a good position to help our customers meet this market demand.”
New Solar Leasing Program to Deliver Fixed Prices and Green Energy to California Homeowners
NEWARK, Calif.--(BUSINESS WIRE)--PetersenDean Roofing and Solar Systems, the nation’s largest, privately-owned roofing and solar energy company, has announced an exclusive partnership with SunRun, the nation’s leading provider of residential solar financing, on a ground-breaking leasing program that enables Californians to purchase a new solar home at the price of a standard home, locking in low, fixed electricity bills for 20 years.
As utility fees continue to increase in California, this innovative solution allows homeowners to lock in a low rate for electricity over the course of the lease. This program would allow households to pay as little as $50 a month on average, saving families more than $800 per year in the first year and tens of thousands of dollars over the course of the lease. Most solutions provided through the program require no money down, and the lower operating costs of these homes give the homes a higher resale value.
“This new leasing program is going to change the way we buy electricity,” said Jim Petersen, president and CEO of PetersenDean. “At PetersenDean, we provide SmarterRoofTM technology and consumer-driven options so that the roof on your house works for you, saving you money and the environment. This program will not only transform how people consume electricity, but will make clean, renewable energy accessible to Californians.”
For homebuilders hit hard by the economy, this is an opportunity to provide new solar homes to consumers at an affordable rate without impacting buyers’ home loan eligibility. The program also helps builders stay competitive while doing the right thing for the environment.
“SunRun is excited to partner with PetersenDean on this unprecedented opportunity to democratize solar power for both homeowners and builders,” said Lynn Jurich, president of SunRun. “SunRun makes it truly easy and affordable for homebuyers to get solar. We look forward to partnering with homebuilders to allow people to purchase new homes that already have state of the art solar systems and electricity bill savings built in.”
Through the California Energy Commission’s New Solar Homes Partnership, the commission is currently considering an opportunity to provide financial and marketing incentives to homebuilders who offer solar leasing programs. If adopted, this will further bolster California’s progress in leading the way in developing a cleaner future for all Americans.
As utility fees continue to increase in California, this innovative solution allows homeowners to lock in a low rate for electricity over the course of the lease. This program would allow households to pay as little as $50 a month on average, saving families more than $800 per year in the first year and tens of thousands of dollars over the course of the lease. Most solutions provided through the program require no money down, and the lower operating costs of these homes give the homes a higher resale value.
“This new leasing program is going to change the way we buy electricity,” said Jim Petersen, president and CEO of PetersenDean. “At PetersenDean, we provide SmarterRoofTM technology and consumer-driven options so that the roof on your house works for you, saving you money and the environment. This program will not only transform how people consume electricity, but will make clean, renewable energy accessible to Californians.”
For homebuilders hit hard by the economy, this is an opportunity to provide new solar homes to consumers at an affordable rate without impacting buyers’ home loan eligibility. The program also helps builders stay competitive while doing the right thing for the environment.
“SunRun is excited to partner with PetersenDean on this unprecedented opportunity to democratize solar power for both homeowners and builders,” said Lynn Jurich, president of SunRun. “SunRun makes it truly easy and affordable for homebuyers to get solar. We look forward to partnering with homebuilders to allow people to purchase new homes that already have state of the art solar systems and electricity bill savings built in.”
Through the California Energy Commission’s New Solar Homes Partnership, the commission is currently considering an opportunity to provide financial and marketing incentives to homebuilders who offer solar leasing programs. If adopted, this will further bolster California’s progress in leading the way in developing a cleaner future for all Americans.
SpectraWatt Selects Camstar for New State-of-the-Art Solar Cell Manufacturing Plant
CHARLOTTE, N.C.--(BUSINESS WIRE)--Camstar Systems, Inc. announced today that SpectraWatt, Inc., a manufacturer of advanced silicon photovoltaic cells for the solar industry, has selected Camstar’s SolarSuite™, configured for the Solar industry on the Camstar Enterprise Platform, to support its manufacturing and quality goals into the future.
“SpectraWatt is focusing on innovative solar cell technologies that will dramatically reduce the cost of solar energy generation in the future,” said Rick Haug, COO of SpectraWatt. “We needed a proven solution that is flexible enough to adapt quickly to our changing technologies and drive rapid quality improvements. Camstar’s long track record of customer success and their deep understanding of the solar industry were key aspects that set them apart in the market. They have been a great company to work with.”
“We were impressed with Camstar’s rapid implementation times, and the ease of use of their application,” said Bruce Reedy, MES/ERP Engineer for SpectraWatt. “The ease of integration with our other business and automation systems was also a key factor in our decision.”
“We are delighted to partner with SpectraWatt in their mission to drive down the cost of solar energy generation,” said Jason Adams, Vice President of Sales for Camstar. “Our seamless Enterprise Platform for manufacturing execution, quality management and manufacturing intelligence is able to model the entire solar supply chain from ingot to wafer to cell to module to system – making Camstar a strategic fit for our growing base of top solar manufacturers and key solar innovators like SpectraWatt. The system collects and analyzes large volumes of data being generated by automated tools, prompting immediate action for rapid process improvement and increased equipment efficiency – driving real, measurable quality improvements faster.”
“SpectraWatt is focusing on innovative solar cell technologies that will dramatically reduce the cost of solar energy generation in the future,” said Rick Haug, COO of SpectraWatt. “We needed a proven solution that is flexible enough to adapt quickly to our changing technologies and drive rapid quality improvements. Camstar’s long track record of customer success and their deep understanding of the solar industry were key aspects that set them apart in the market. They have been a great company to work with.”
“We were impressed with Camstar’s rapid implementation times, and the ease of use of their application,” said Bruce Reedy, MES/ERP Engineer for SpectraWatt. “The ease of integration with our other business and automation systems was also a key factor in our decision.”
“We are delighted to partner with SpectraWatt in their mission to drive down the cost of solar energy generation,” said Jason Adams, Vice President of Sales for Camstar. “Our seamless Enterprise Platform for manufacturing execution, quality management and manufacturing intelligence is able to model the entire solar supply chain from ingot to wafer to cell to module to system – making Camstar a strategic fit for our growing base of top solar manufacturers and key solar innovators like SpectraWatt. The system collects and analyzes large volumes of data being generated by automated tools, prompting immediate action for rapid process improvement and increased equipment efficiency – driving real, measurable quality improvements faster.”
Solar Energy Initiatives, Inc. Announces $4 Million Solar Project in Southeastern U.S.
PONTE VEDRA BEACH, Fla.--(BUSINESS WIRE)--Solar Energy Initiatives, Inc. (OTCBB: SNRY), executing on a grass roots campaign, “RENEW THE NATION”, to help redeploy a portion of the U.S. work force and focus on reducing the world’s dependence on fossil fuels by selling solar thermal and photovoltaic (PV) technologies, today announced the signing of a contract to initiate construction of a $4 million turn-key solar project and supply a school system located in the Southeastern U.S. with solar energy management services. This 1 megawatt installation, to begin immediately with completion scheduled for early spring 2010, is the first of four 1 megawatt phases planned for installation over the next four years.
As developer for the solar project, the Company will provide all of the solar equipment and balance of system. In addition to product sales and services, Solar Energy Initiatives will also receive revenue through management services provided to the college over a 20-year contract period. SNRY will partner with a significant funding source, as well as a recognized solar installer, to launch the solar system at no “out of pocket” expense to the College.
“The attainment of this contract proves SNRY’s cost saving service offerings are highly desirable for municipalities, school systems and universities, throughout the nation.” stated Mr. David Fann, Chief Executive Officer of Solar Energy Initiatives. “With an increasing amount of signed contracts, it is evident that Solar Energy Initiatives is gaining momentum as a market leader within the solar energy market. Management remains diligent in its efforts to continue to grow our reputation along with relationships with additional municipalities seeking cost effective energy solutions. We will continue to leverage our proven business model in order to augment both revenue and earnings throughout 2010.”
As developer for the solar project, the Company will provide all of the solar equipment and balance of system. In addition to product sales and services, Solar Energy Initiatives will also receive revenue through management services provided to the college over a 20-year contract period. SNRY will partner with a significant funding source, as well as a recognized solar installer, to launch the solar system at no “out of pocket” expense to the College.
“The attainment of this contract proves SNRY’s cost saving service offerings are highly desirable for municipalities, school systems and universities, throughout the nation.” stated Mr. David Fann, Chief Executive Officer of Solar Energy Initiatives. “With an increasing amount of signed contracts, it is evident that Solar Energy Initiatives is gaining momentum as a market leader within the solar energy market. Management remains diligent in its efforts to continue to grow our reputation along with relationships with additional municipalities seeking cost effective energy solutions. We will continue to leverage our proven business model in order to augment both revenue and earnings throughout 2010.”
Monday, January 11, 2010
Solarfun Awarded Three PV Module Contracts Totalling 12.65 MW in China
SHANGHAI, Jan. 11 /PRNewswire-FirstCall/ -- Solarfun Power Holdings Co., Ltd. ("Solarfun" or "the Company") (Nasdaq: SOLF), a vertically integrated manufacturer of silicon ingots and photovoltaic, or PV, cells and modules in China, today announced that Jiangsu Linyang Solarfun Co., Ltd., a wholly owned subsidiary of Solarfun, has entered into three contracts to supply 12.65 MW PV modules to projects in China. The first contract was with Xuzhou Xie Xin PV Power Co., Ltd. to supply 10 MW PV modules for a project based in Xuzhou City, Jiangsu Province. These modules were delivered during the fourth quarter of 2009. The other two contracts totaling 2.65 MW are for a government funded project in Anhui Province. Solarfun was one of four companies that won the bid to participate in the 15 MW project funded by Anhui Province. The modules are expected to be delivered during 2010. The project is subject to further government approval and financing. Certain commercial terms of the contracts are subject to further negotiation and adjustment.
Peter Xie, President of Solarfun, commented, "We are pleased to be one of the participants in the development of solar projects in Anhui Province and Jiangsu Province. We continue to believe that renewable energy such as solar power will play a significant role in China's efforts to meet the growing needs for electricity, and as a means to address climate change."
This report on Form 6-K is hereby incorporated by reference into the Company's Registration Statement on Form F-3 ( Registration No. 333-152005) filed on July 14,2008.
Peter Xie, President of Solarfun, commented, "We are pleased to be one of the participants in the development of solar projects in Anhui Province and Jiangsu Province. We continue to believe that renewable energy such as solar power will play a significant role in China's efforts to meet the growing needs for electricity, and as a means to address climate change."
This report on Form 6-K is hereby incorporated by reference into the Company's Registration Statement on Form F-3 ( Registration No. 333-152005) filed on July 14,2008.
Nautilus Solar Energy and SunDurance Energy to Build Solar Power Facility at William Paterson University
WAYNE, N.J., Jan. 11 /PRNewswire/ -- William Paterson University ("WPU"), Nautilus Solar Energy, LLC ("Nautilus Solar") and SunDurance Energy, LLC ("SunDurance") announced today an agreement to build the largest solar energy facility at a university in the United States. The 3.5 MW solar energy project ("Project") will comprise of rooftop and parking lot solar installations on the WPU campus in Wayne, New Jersey. The first 3 MW phase is expected to go on-line during the summer of 2010; the remaining 500 kW is expected to go on-line in early 2011.
"Nautilus Solar is proud to support WPU's leadership in sustainability by supplying low cost clean solar power," said Nautilus Solar CEO James M. Rice.
Nautilus Solar will finance, own and operate the solar facility under a 15-year Power Purchase Agreement ("PPA"), through which WPU will purchase a renewable energy source at a reduced rate without any upfront costs. The solar power system is expected to reduce WPU's energy costs by $4.3 million over the 15-year term. The Project will be designed and constructed by SunDurance Energy, a leading NJ based solar system installer. Nautilus Solar will fund the installation in part through a loan provided by New Jersey Economic Development Authority.
Stephen Bolyai, WPUNJ's Vice President for Administration and Finance, states, "This project will be a landmark project for the University. In addition to reducing our energy costs and carbon footprint, the solar facility will provide excellent learning opportunities to our students."
The elevated arrays covering the parking areas allow economically attractive deployment of solar power without the challenges that often accompany such projects in urban and suburban environments. "By creatively using its parking areas to maximize productive space, William Paterson University is expanding the potential for solar energy in New Jersey," said Al Bucknam, CEO of SunDurance Energy. "SunDurance Energy is thrilled to be designing and building this innovative project in collaboration with our financing partner, Nautilus Solar Energy."
"The project will contribute to a reduction of air pollution and improve the air quality in New Jersey, while creating green jobs in the region. We are looking forward to installing similar solar facilities at other schools and universities," said Laura Stern, President of Nautilus Solar.
Based on the standards set by the U.S. Environmental Protection Agency, by generating over 3,392,000 kWh of solar energy annually, the WPU solar system will annually displace the equivalent of over 5,369,000 pounds of CO2 emissions, keep over 465 cars off the road, displace the equivalent of over 5,600 barrels of oil, satisfy electricity demand for over 300 households, or reap the benefits of planting over 63,000 trees.
"Nautilus Solar is proud to support WPU's leadership in sustainability by supplying low cost clean solar power," said Nautilus Solar CEO James M. Rice.
Nautilus Solar will finance, own and operate the solar facility under a 15-year Power Purchase Agreement ("PPA"), through which WPU will purchase a renewable energy source at a reduced rate without any upfront costs. The solar power system is expected to reduce WPU's energy costs by $4.3 million over the 15-year term. The Project will be designed and constructed by SunDurance Energy, a leading NJ based solar system installer. Nautilus Solar will fund the installation in part through a loan provided by New Jersey Economic Development Authority.
Stephen Bolyai, WPUNJ's Vice President for Administration and Finance, states, "This project will be a landmark project for the University. In addition to reducing our energy costs and carbon footprint, the solar facility will provide excellent learning opportunities to our students."
The elevated arrays covering the parking areas allow economically attractive deployment of solar power without the challenges that often accompany such projects in urban and suburban environments. "By creatively using its parking areas to maximize productive space, William Paterson University is expanding the potential for solar energy in New Jersey," said Al Bucknam, CEO of SunDurance Energy. "SunDurance Energy is thrilled to be designing and building this innovative project in collaboration with our financing partner, Nautilus Solar Energy."
"The project will contribute to a reduction of air pollution and improve the air quality in New Jersey, while creating green jobs in the region. We are looking forward to installing similar solar facilities at other schools and universities," said Laura Stern, President of Nautilus Solar.
Based on the standards set by the U.S. Environmental Protection Agency, by generating over 3,392,000 kWh of solar energy annually, the WPU solar system will annually displace the equivalent of over 5,369,000 pounds of CO2 emissions, keep over 465 cars off the road, displace the equivalent of over 5,600 barrels of oil, satisfy electricity demand for over 300 households, or reap the benefits of planting over 63,000 trees.
EDF EN Canada Announces Commercial Operation and Financing of the Arnprior Solar Project
TORONTO--(BUSINESS WIRE)--EDF EN Canada – an EDF Energies Nouvelles Company (PARIS:EEN) today confirmed that it has reached commercial operation and closed financing for the Arnprior Solar Project – one of North America’s largest solar photovoltaic (PV) projects.
The 23.4 MWdc solar PV site, located on the western side of the City of Ottawa, Ontario, consists of 312,000 panels and is expected to generate clean solar energy to meet the peak demands of about 7,000 Ontario homes. In addition to achieving commercial operation, EDF EN Canada has also executed term financing agreements with Dexia and Union Bank, N.A.
EDF EN Canada developed the Project on two adjacent properties as part of the province’s Renewable Energy Standard Offer Program. Site activities employed more than 150 people in the community once design, engineering and construction commenced in May, 2009.
Tristan Grimbert, President and CEO of EDF EN Canada and all EDF EN affiliates in North America said, “Today marks a significant milestone for EDF EN Canada – we are proud to bring the economic and environmental benefits of solar energy to Eastern Ontario and fulfill our promise to pioneer solar project development in Canada. This achievement demonstrates our commitment to succeed with local partners. It’s a success we share with many individuals and companies in Ontario who have dedicated their time and talents to serving the Ontario solar market. Arnprior proves the unique abilities of EDF EN Canada to commercialize a flagship solar PV project in a matter of a few months. Our relationship lenders once again have demonstrated their support of our efforts and renewable energy. We look forward to applying our resources, experience and partnership capabilities to the FIT groundmount and rooftop development in 2010 and beyond.”
“It has been our pleasure to support EDF EN over the years, and particularly with this project,” said Lance Markowitz, Senior Vice President at Union Bank and Manager of Leasing and Asset Finance. “We are particularly excited to have played a key role in the financing of the Arnprior Solar Project as it extends EDF EN’s leadership in the renewable energy industry to the Canadian solar market.”
Alban de La Selle, Managing Director and Head of Dexia Credit Local Canada Branch added, “Dexia is very pleased to take this opportunity to further evidence its commitment to finance the solar energy sector, where the bank has long been a pioneer in Europe. The Arnprior Solar Project will certainly be a landmark in the growing solar industry in Ontario, and we hope it will blaze the trail for many others under an appropriately tailored FIT program, and hopefully for other Canadian provinces.”
The 23.4 MWdc solar PV site, located on the western side of the City of Ottawa, Ontario, consists of 312,000 panels and is expected to generate clean solar energy to meet the peak demands of about 7,000 Ontario homes. In addition to achieving commercial operation, EDF EN Canada has also executed term financing agreements with Dexia and Union Bank, N.A.
EDF EN Canada developed the Project on two adjacent properties as part of the province’s Renewable Energy Standard Offer Program. Site activities employed more than 150 people in the community once design, engineering and construction commenced in May, 2009.
Tristan Grimbert, President and CEO of EDF EN Canada and all EDF EN affiliates in North America said, “Today marks a significant milestone for EDF EN Canada – we are proud to bring the economic and environmental benefits of solar energy to Eastern Ontario and fulfill our promise to pioneer solar project development in Canada. This achievement demonstrates our commitment to succeed with local partners. It’s a success we share with many individuals and companies in Ontario who have dedicated their time and talents to serving the Ontario solar market. Arnprior proves the unique abilities of EDF EN Canada to commercialize a flagship solar PV project in a matter of a few months. Our relationship lenders once again have demonstrated their support of our efforts and renewable energy. We look forward to applying our resources, experience and partnership capabilities to the FIT groundmount and rooftop development in 2010 and beyond.”
“It has been our pleasure to support EDF EN over the years, and particularly with this project,” said Lance Markowitz, Senior Vice President at Union Bank and Manager of Leasing and Asset Finance. “We are particularly excited to have played a key role in the financing of the Arnprior Solar Project as it extends EDF EN’s leadership in the renewable energy industry to the Canadian solar market.”
Alban de La Selle, Managing Director and Head of Dexia Credit Local Canada Branch added, “Dexia is very pleased to take this opportunity to further evidence its commitment to finance the solar energy sector, where the bank has long been a pioneer in Europe. The Arnprior Solar Project will certainly be a landmark in the growing solar industry in Ontario, and we hope it will blaze the trail for many others under an appropriately tailored FIT program, and hopefully for other Canadian provinces.”
New Energy Unveils Patent-Pending Technology to ‘Spray’ Solar Cells onto See-Thru Windows to Generate Electricity
BURTONSVILLE, Md.--(BUSINESS WIRE)--New Energy Technologies, Inc. (OTCBB: NENE), developer of MotionPower™ technologies for generating sustainable electricity from the kinetic energy of moving vehicles and SolarWindow™ technologies capable of generating electricity on see-thru glass windows, today announced that researchers have developed a novel, patent-pending process for ‘spraying’ solar cells and their related components onto glass – a technical achievement recently presented in AZoNano’s (peer-reviewed, Journal of Nanotechnology Online; Dec. 20, 2009), “Nanotechnology Thought Leaders” series.
“In commercial terms, this new spray technology could translate into important manufacturing advantages for our SolarWindow™, including significant cost-savings, high-speed production, and room-temperature deposition – common barriers to commercial success for innovative solar technologies.”
“The ability to spray solar coatings directly onto glass follows on the heels of our recent breakthrough which replaced visibility-blocking metal with environmentally-friendly see-thru compounds, and marks an important advance in the development of our see-thru glass windows capable of generating electricity,” announced Mr. Meetesh V. Patel, President and CEO of New Energy Technologies, Inc.
“In commercial terms, this new spray technology could translate into important manufacturing advantages for our SolarWindow™, including significant cost-savings, high-speed production, and room-temperature deposition – common barriers to commercial success for innovative solar technologies.”
Once scaled-up for use in commercial-scale production, researchers anticipate the ability to spray solar coatings directly onto New Energy’s first-of-its-kind see-thru SolarWindow™, currently under development, could provide significant commercial production advantages over today’s thin-films. Conventional solar films are typically manufactured using expensive and slow manufacturing methods which rely on high-temperature and finicky ‘vacuum deposition’ processes for depositing solar materials onto substrates; the resultant products are simply too thick to allow for transparency, an important consideration in the development of a commercially viable solar-powered glass window.
Last week, New Energy announced that researchers successfully overcame one of the biggest transparency-related obstacles faced by scientists developing New Energy’s SolarWindow™ technology --- the presence of metal, an opaque material which blocks visibility and prevents light from passing through glass. Eliminating metal has proved especially challenging since the metal component acts as the negative ‘polar contact’ – an important function in collecting the electricity generated from solar cells on the surface of the glass.
Last week’s breakthrough replaces this ‘visibility-blocking’ metal with environmentally-friendly and more transparent compounds. These compounds now function as the negative polar contact and collect electricity from New Energy’s SolarWindow™.
The production of solar-generated electricity on glass is made possible by the world’s tiniest working solar cells, which along with their related components, have now been successfully sprayed on to glass surfaces by researchers currently developing the Company’s SolarWindow™.
These ultra-small solar cells measure less than 1/4 the size of a grain of rice, are fabricated using environmentally-friendly materials, and successfully produce electricity, as demonstrated in a published peer-reviewed study in the Journal of Renewable and Sustainable Energy of the American Institute of Physics.
Unique performance properties of New Energy’s ultra-small solar cells enable development of an ultra-thin film, only 1/1000th the thickness of a human hair, or 1/10th of a micrometer. In contrast, conventional thin films are exponentially thicker, measuring several micrometers thick and inhibiting transparency. In photovoltaic applications such as see-thru windows, where transparency is a primary concern, today’s thin film solar cells simply cannot be utilized to produce a transparent solar window for application in homes, offices, and commercial buildings.
There are nearly 5 million commercial buildings in America, according to the Energy Information Administration, and more than 80 million single detached homes. New Energy’s SolarWindow™ technology is under development for commercial application in such buildings.
“In commercial terms, this new spray technology could translate into important manufacturing advantages for our SolarWindow™, including significant cost-savings, high-speed production, and room-temperature deposition – common barriers to commercial success for innovative solar technologies.”
“The ability to spray solar coatings directly onto glass follows on the heels of our recent breakthrough which replaced visibility-blocking metal with environmentally-friendly see-thru compounds, and marks an important advance in the development of our see-thru glass windows capable of generating electricity,” announced Mr. Meetesh V. Patel, President and CEO of New Energy Technologies, Inc.
“In commercial terms, this new spray technology could translate into important manufacturing advantages for our SolarWindow™, including significant cost-savings, high-speed production, and room-temperature deposition – common barriers to commercial success for innovative solar technologies.”
Once scaled-up for use in commercial-scale production, researchers anticipate the ability to spray solar coatings directly onto New Energy’s first-of-its-kind see-thru SolarWindow™, currently under development, could provide significant commercial production advantages over today’s thin-films. Conventional solar films are typically manufactured using expensive and slow manufacturing methods which rely on high-temperature and finicky ‘vacuum deposition’ processes for depositing solar materials onto substrates; the resultant products are simply too thick to allow for transparency, an important consideration in the development of a commercially viable solar-powered glass window.
Last week, New Energy announced that researchers successfully overcame one of the biggest transparency-related obstacles faced by scientists developing New Energy’s SolarWindow™ technology --- the presence of metal, an opaque material which blocks visibility and prevents light from passing through glass. Eliminating metal has proved especially challenging since the metal component acts as the negative ‘polar contact’ – an important function in collecting the electricity generated from solar cells on the surface of the glass.
Last week’s breakthrough replaces this ‘visibility-blocking’ metal with environmentally-friendly and more transparent compounds. These compounds now function as the negative polar contact and collect electricity from New Energy’s SolarWindow™.
The production of solar-generated electricity on glass is made possible by the world’s tiniest working solar cells, which along with their related components, have now been successfully sprayed on to glass surfaces by researchers currently developing the Company’s SolarWindow™.
These ultra-small solar cells measure less than 1/4 the size of a grain of rice, are fabricated using environmentally-friendly materials, and successfully produce electricity, as demonstrated in a published peer-reviewed study in the Journal of Renewable and Sustainable Energy of the American Institute of Physics.
Unique performance properties of New Energy’s ultra-small solar cells enable development of an ultra-thin film, only 1/1000th the thickness of a human hair, or 1/10th of a micrometer. In contrast, conventional thin films are exponentially thicker, measuring several micrometers thick and inhibiting transparency. In photovoltaic applications such as see-thru windows, where transparency is a primary concern, today’s thin film solar cells simply cannot be utilized to produce a transparent solar window for application in homes, offices, and commercial buildings.
There are nearly 5 million commercial buildings in America, according to the Energy Information Administration, and more than 80 million single detached homes. New Energy’s SolarWindow™ technology is under development for commercial application in such buildings.
Borrego Solar Systems Partners With Reading Electric to Bring More Than 5 Megawatts (MW) of Solar Energy to Southeastern Pennsylvania
READING, Pa.--(BUSINESS WIRE)--Borrego Solar Systems, Inc., a leading designer and installer of grid-tied commercial and public-sector solar electric power systems, today announced a partnership with Reading Electric of Reading, PA to install more than 5 MW of solar energy—enough to power approximately 3,500 homes—at 32 different local businesses across Southeastern Pennsylvania, including Adelphi Kitchens & Cabinetry, Inc. (Robesonia, Pa.), Heyco Metals, Inc. (Reading, Pa.), Misco Products Corporation (Reading, Pa.), and Cougle’s Recycling, Inc. (Hamburg, Pa.). These projects will greatly expand the solar capacity in the region and across Pennsylvania. At the end of 2008, the entire state had fewer than 5 MW of solar installed.
“At Adelphi Kitchens, we take great pride in our commitment to being a green business, and installing a solar energy system will help us continue to meet our sustainability goals by providing clean, renewable energy,” said Stratton Yatron, CFO of Adelphi Kitchens, Inc., a leading manufacturer of custom cabinetry. “Our facility includes more than 160,000 square feet of production space, so we consume a great deal of electricity. Offsetting most of this with a 280 kW solar system will lower our overall carbon footprint and keep operational costs down for years to come.”
“Heyco has always been a technical innovator within our industry, so implementing a 400 kW solar energy system—which will cover a significant amount of our power needs—is the next step, underscoring Heyco's commitment to significant cost reduction while presenting the new, green face of U.S. manufacturing,” said Dave Mandle, vice president and general manager of Heyco Metals Inc., the leading copper-base alloy reroller in the U.S. “We are particularly excited that we will be working with Reading Electric on the installation since we have enjoyed a long association with the company over the years.”
To help offset the $30 million combined cost of these and the other 30 companies’ solar energy systems, Borrego Solar and Reading Electric have secured more than $7.5 million in grant awards through the PA Sunshine Grant, a $100 million state fund administered by the PA Department of Environmental Protection to help businesses and residents fund solar energy and thermal systems. The grants awarded to these 32 customers represent approximately 25 percent of the solar energy grants awarded to businesses to date through the PA Sunshine program.
Borrego Solar and Reading Electric also anticipate funding from the Federal Renewable Energy Grant Program totaling more than $9 million. To facilitate these 32 companies’ ability to enjoy the benefits of going solar, Borrego Solar has offered to “carry” both the PA Sunshine and Federal Grant portions of these projects’ costs until they are received, leaving customers with a more manageable out-of-pocket financial obligation and overall enhanced project economics. Customers are responsible for providing funds only for the non-grant portion of their project—typically 45-55 percent of the total project cost.
Borrego Solar also does not charge an interest cost for carrying the grant portions of the project. This approach represents a unique financial innovation and material incentive to these companies, enabling them to be at the leading edge of the development of commercial solar photovoltaic (PV) systems in Pennsylvania. For the 32 projects that Borrego Solar and Reading Electric have jointly developed, Borrego Solar anticipates taking responsibility for nearly $17 million in incentive receivables from the two main funding programs (PA and Federal Government).
For Reading Electric’s own facility, Borrego Solar and Reading Electric have secured a $281,075 grant for a 145 kW rooftop/ground mount solar system and an anticipated $251,307 from the Federal Renewable Energy Grant Program. The system will generate approximately half of the company’s energy consumption. To be installed by the Borrego Solar-Reading Electric team, the system is projected to reduce Reading Electric’s energy costs by more than $700,000 over its lifetime.
“For more than 50 years, Reading Electric has prided itself on offering the most cost-effective technology innovations and electrical contracting services to customers across Southeastern Pennsylvania. We are excited to incorporate solar into our services portfolio and lead by example by installing our own solar energy system,” said Jim Kurtz, general manager at Reading Electric. “Solar represents a tremendously attractive alternative or compliment to traditional electricity, especially as caps on electricity rates expire—some as early as January 2010—and energy prices throughout the state begin to rise. Through our partnership with Borrego Solar, we look forward to helping businesses realize the benefits of solar energy.”
“Pennsylvania is emerging as a national leader in solar energy thanks to the progressive PA Sunshine Grant and other state-sponsored incentive programs,” said Alex Sarly, Mid-Atlantic regional business development manager at Borrego Solar. “We are excited to partner with Reading Electric, as our solar expertise aligns nicely with Reading’s established regional presence as a leading electromechanical equipment and services supplier. Together, we plan to accelerate the adoption of solar energy across Southeastern Pennsylvania and help local businesses take advantage of the long-term financial and environmental benefits of clean, renewable solar power.”
“At Adelphi Kitchens, we take great pride in our commitment to being a green business, and installing a solar energy system will help us continue to meet our sustainability goals by providing clean, renewable energy,” said Stratton Yatron, CFO of Adelphi Kitchens, Inc., a leading manufacturer of custom cabinetry. “Our facility includes more than 160,000 square feet of production space, so we consume a great deal of electricity. Offsetting most of this with a 280 kW solar system will lower our overall carbon footprint and keep operational costs down for years to come.”
“Heyco has always been a technical innovator within our industry, so implementing a 400 kW solar energy system—which will cover a significant amount of our power needs—is the next step, underscoring Heyco's commitment to significant cost reduction while presenting the new, green face of U.S. manufacturing,” said Dave Mandle, vice president and general manager of Heyco Metals Inc., the leading copper-base alloy reroller in the U.S. “We are particularly excited that we will be working with Reading Electric on the installation since we have enjoyed a long association with the company over the years.”
To help offset the $30 million combined cost of these and the other 30 companies’ solar energy systems, Borrego Solar and Reading Electric have secured more than $7.5 million in grant awards through the PA Sunshine Grant, a $100 million state fund administered by the PA Department of Environmental Protection to help businesses and residents fund solar energy and thermal systems. The grants awarded to these 32 customers represent approximately 25 percent of the solar energy grants awarded to businesses to date through the PA Sunshine program.
Borrego Solar and Reading Electric also anticipate funding from the Federal Renewable Energy Grant Program totaling more than $9 million. To facilitate these 32 companies’ ability to enjoy the benefits of going solar, Borrego Solar has offered to “carry” both the PA Sunshine and Federal Grant portions of these projects’ costs until they are received, leaving customers with a more manageable out-of-pocket financial obligation and overall enhanced project economics. Customers are responsible for providing funds only for the non-grant portion of their project—typically 45-55 percent of the total project cost.
Borrego Solar also does not charge an interest cost for carrying the grant portions of the project. This approach represents a unique financial innovation and material incentive to these companies, enabling them to be at the leading edge of the development of commercial solar photovoltaic (PV) systems in Pennsylvania. For the 32 projects that Borrego Solar and Reading Electric have jointly developed, Borrego Solar anticipates taking responsibility for nearly $17 million in incentive receivables from the two main funding programs (PA and Federal Government).
For Reading Electric’s own facility, Borrego Solar and Reading Electric have secured a $281,075 grant for a 145 kW rooftop/ground mount solar system and an anticipated $251,307 from the Federal Renewable Energy Grant Program. The system will generate approximately half of the company’s energy consumption. To be installed by the Borrego Solar-Reading Electric team, the system is projected to reduce Reading Electric’s energy costs by more than $700,000 over its lifetime.
“For more than 50 years, Reading Electric has prided itself on offering the most cost-effective technology innovations and electrical contracting services to customers across Southeastern Pennsylvania. We are excited to incorporate solar into our services portfolio and lead by example by installing our own solar energy system,” said Jim Kurtz, general manager at Reading Electric. “Solar represents a tremendously attractive alternative or compliment to traditional electricity, especially as caps on electricity rates expire—some as early as January 2010—and energy prices throughout the state begin to rise. Through our partnership with Borrego Solar, we look forward to helping businesses realize the benefits of solar energy.”
“Pennsylvania is emerging as a national leader in solar energy thanks to the progressive PA Sunshine Grant and other state-sponsored incentive programs,” said Alex Sarly, Mid-Atlantic regional business development manager at Borrego Solar. “We are excited to partner with Reading Electric, as our solar expertise aligns nicely with Reading’s established regional presence as a leading electromechanical equipment and services supplier. Together, we plan to accelerate the adoption of solar energy across Southeastern Pennsylvania and help local businesses take advantage of the long-term financial and environmental benefits of clean, renewable solar power.”
Daniel Shugar Joins Solaria as Chief Executive Officer
FREMONT, Calif.--(BUSINESS WIRE)--Solaria Corporation, a global manufacturer of advanced solar photovoltaic modules, today announced the appointment of Daniel Shugar to the role of Chief Executive Officer. Shugar, a pioneer and leader in solar power whose experience in the industry spans 22 years, served most recently as president of SunPower Systems, a subsidiary of SunPower Corporation.
“Solaria has a great team and terrific technology. Our module will transform the economics of solar installations,” said Shugar. “Solaria’s patented technology gives us the opportunity to double the existing silicon PV capacity in the marketplace. I’m excited to launch this module into widespread deployment at such a vital and dynamic time for the solar industry.”
Prior to SunPower, Shugar spent ten years as president of PowerLight Corporation until its acquisition by SunPower. During his tenure at PowerLight and then SunPower, Shugar oversaw revenue growth from less than $1 million to more than $800 million, and he was responsible for the completion of more than 500 photovoltaic (PV) projects serving commercial, industrial and utility clients worldwide.
Before PowerLight, Shugar managed the Solar Projects Research Group at Pacific Gas & Electric Co. He has invented various PV system applications, holds multiple U.S. patents and has published more than 50 technical papers. Shugar holds a BS in electrical engineering from Rensselaer Polytechnic Institute and an MBA in finance from Golden Gate University.
“There was only one person I had in mind to take over the CEO role at Solaria, and that was Dan Shugar. He is the right person to lead Solaria as it changes from an R&D and product development company to a full-fledged manufacturer and module supplier,” said former Solaria CEO Suvi Sharma, who will remain as president, focusing on business development and strategy.
“Solaria has a great team and terrific technology. Our module will transform the economics of solar installations,” said Shugar. “Solaria’s patented technology gives us the opportunity to double the existing silicon PV capacity in the marketplace. I’m excited to launch this module into widespread deployment at such a vital and dynamic time for the solar industry.”
Prior to SunPower, Shugar spent ten years as president of PowerLight Corporation until its acquisition by SunPower. During his tenure at PowerLight and then SunPower, Shugar oversaw revenue growth from less than $1 million to more than $800 million, and he was responsible for the completion of more than 500 photovoltaic (PV) projects serving commercial, industrial and utility clients worldwide.
Before PowerLight, Shugar managed the Solar Projects Research Group at Pacific Gas & Electric Co. He has invented various PV system applications, holds multiple U.S. patents and has published more than 50 technical papers. Shugar holds a BS in electrical engineering from Rensselaer Polytechnic Institute and an MBA in finance from Golden Gate University.
“There was only one person I had in mind to take over the CEO role at Solaria, and that was Dan Shugar. He is the right person to lead Solaria as it changes from an R&D and product development company to a full-fledged manufacturer and module supplier,” said former Solaria CEO Suvi Sharma, who will remain as president, focusing on business development and strategy.
Friday, January 08, 2010
Walmart’s Expanded California Solar Power Initiative Moves Forward, Completes Three More Stores
SACRAMENTO, Calif. - Walmart announced the completion of three solar power projects from its expanded solar initiative announced on Earth Day 2009 (April 22).The solar projects are located in Paramount (14501 Lakewood Blvd), Baldwin Park (3250 Big Dalton Ave.) and Highland (4210 East Highland Ave). Walmart’s expanded solar power initiative will nearly double its solar energy use in California, adding solar installations at 10 to 20 Walmart facilities over the next 12 months.
“Walmart’s effort to expand and accelerate its solar power initiative program here in California demonstrates their commitment to sustainability. These kinds of projects create green jobs, reduce costs for businesses by lowering power bills, and protect the environment,” said Mary D. Nichols, Chairman of the California Air Resources Board. “We appreciate Walmart’s leadership and encourage other businesses to follow Walmart’s lead.”
"Walmart has become a global leader in implementing sustainability programs that better protect our environment while reducing costs. Lower costs mean that lower prices can be passed on to San Bernardino shoppers" said Fred Shorett, 4th Ward City Councilmember, City of San Bernardino. "I am very pleased that the Walmart in the City’s 4th Ward will be generating renewable energy"
The expanded solar initiative builds upon the solar pilot program that began in May 2007. Walmart’s total combined solar efforts in California are expected to:
* Generate up to 32 million kilowatt hours of renewable energy per year – the equivalent of powering more than 2,600 homes;
* Avoid producing more than 10,000 metric tons of carbon dioxide emissions per year – the equivalent of taking approximately 2,000 cars off the road; and
* Provide 20 to 30 percent of each facility’s total electric energy needs.
“The completion of these facilities marks another important step in our drive to become more sustainable and achieve our goal of being supplied 100 percent by renewable energy,” said Kimberly Sentovich, vice president and regional general manager for Walmart. “Increasing the use of solar energy is a benefit for the environment and makes business sense, as well.”
Walmart’s ongoing commitment to renewable energy projects is helping the retailer build a more diversified energy portfolio and create more opportunities for advancements in clean energy through research and innovations.
Walmart’s Sustainability Commitment
As part of its company-wide sustainability goals, Walmart is committed to being supplied 100 percent by renewable energy, creating zero waste and selling products that sustain people and resources. The company is moving toward these goals by using sustainable sourcing practices including energy efficiency, waste reduction, renewable energy and lifecycle management. These initiatives are making Walmart a more sustainable company and helping create a favorable environment for green job creation.
“Walmart’s effort to expand and accelerate its solar power initiative program here in California demonstrates their commitment to sustainability. These kinds of projects create green jobs, reduce costs for businesses by lowering power bills, and protect the environment,” said Mary D. Nichols, Chairman of the California Air Resources Board. “We appreciate Walmart’s leadership and encourage other businesses to follow Walmart’s lead.”
"Walmart has become a global leader in implementing sustainability programs that better protect our environment while reducing costs. Lower costs mean that lower prices can be passed on to San Bernardino shoppers" said Fred Shorett, 4th Ward City Councilmember, City of San Bernardino. "I am very pleased that the Walmart in the City’s 4th Ward will be generating renewable energy"
The expanded solar initiative builds upon the solar pilot program that began in May 2007. Walmart’s total combined solar efforts in California are expected to:
* Generate up to 32 million kilowatt hours of renewable energy per year – the equivalent of powering more than 2,600 homes;
* Avoid producing more than 10,000 metric tons of carbon dioxide emissions per year – the equivalent of taking approximately 2,000 cars off the road; and
* Provide 20 to 30 percent of each facility’s total electric energy needs.
“The completion of these facilities marks another important step in our drive to become more sustainable and achieve our goal of being supplied 100 percent by renewable energy,” said Kimberly Sentovich, vice president and regional general manager for Walmart. “Increasing the use of solar energy is a benefit for the environment and makes business sense, as well.”
Walmart’s ongoing commitment to renewable energy projects is helping the retailer build a more diversified energy portfolio and create more opportunities for advancements in clean energy through research and innovations.
Walmart’s Sustainability Commitment
As part of its company-wide sustainability goals, Walmart is committed to being supplied 100 percent by renewable energy, creating zero waste and selling products that sustain people and resources. The company is moving toward these goals by using sustainable sourcing practices including energy efficiency, waste reduction, renewable energy and lifecycle management. These initiatives are making Walmart a more sustainable company and helping create a favorable environment for green job creation.
Is Panasonic The Next Leader in Alternative Energy?
By Eric Rosenbaum for TheStreet.com
OSAKA, Japan (TheStreet) -- In its annual management report issued during the Japanese business day on Friday, Panasonic(NYSE: PC) set a goal of using its recent acquisition of SANYO to become an alternative energy giant.
SANYO has been a key player in the solar cells and rechargeable batteries, and Panasonic predicts a tripling of its annual sales in the next three years leveraging this alternative energy lead-in from SANYO.
Panasonic's outlook on green energy is as bold as it gets: the company said it plans to be the No. 1 green-energy company in the electronics space before its 100th anniversary in 2018.
The big alternative energy dreams are part of a new yardstick being used by Panasonic management: it wants to have multiple key products that hold a top market share in the world, for a total of 10 trillion yen or more in sales and 10% percent or more in operating profit and return on equity.
In sales, Panasonic is predicting generation of more than 3 trillion yen from the energy systems business, including energy creation and storage systems.
In solar specifically, Panasonic's plan to invest approximately 100 billion yen from fiscal 2011 to 2016 to increase production of SANYO's solar cells. Panasonic aims for the No.1 market share in Japan in fiscal 2013, and one of the top three companies in the global market in fiscal 2016...Read More
Copyright © 2010 The Street
OSAKA, Japan (TheStreet) -- In its annual management report issued during the Japanese business day on Friday, Panasonic(NYSE: PC) set a goal of using its recent acquisition of SANYO to become an alternative energy giant.
SANYO has been a key player in the solar cells and rechargeable batteries, and Panasonic predicts a tripling of its annual sales in the next three years leveraging this alternative energy lead-in from SANYO.
Panasonic's outlook on green energy is as bold as it gets: the company said it plans to be the No. 1 green-energy company in the electronics space before its 100th anniversary in 2018.
The big alternative energy dreams are part of a new yardstick being used by Panasonic management: it wants to have multiple key products that hold a top market share in the world, for a total of 10 trillion yen or more in sales and 10% percent or more in operating profit and return on equity.
In sales, Panasonic is predicting generation of more than 3 trillion yen from the energy systems business, including energy creation and storage systems.
In solar specifically, Panasonic's plan to invest approximately 100 billion yen from fiscal 2011 to 2016 to increase production of SANYO's solar cells. Panasonic aims for the No.1 market share in Japan in fiscal 2013, and one of the top three companies in the global market in fiscal 2016...Read More
Copyright © 2010 The Street
Solarfun Announces 2010 Capacity Expansion
SHANGHAI, Jan. 8 /PRNewswire-FirstCall/ -- Solarfun Power Holdings Co., Ltd. ("Solarfun" or "the Company") (Nasdaq: SOLF), a vertically integrated manufacturer of silicon ingots and photovoltaic cells and modules in China, today announced a capacity expansion due to anticipated demand. Solarfun will increase its PV module production capacity from 550MW to 700MW by April 2010 and its PV cell production capacity from 360MW to 480MW by July 2010.
Peter Xie, President of Solarfun, commented, "We have an optimistic view on industry demand in 2010 and believe that it is critical to scale up our manufacturing capacity to meet customer demand. We are expecting to see strong demand from areas with increased subsidies to solar projects such as China and the United States. We plan to continue to reduce processing costs through increased production scale and enhanced manufacturing efficiencies."
This report on Form 6-K is hereby incorporated by reference into the Company's Registration Statement on Form F-3 ( Registration No. 333-152005) filed on July 14,2008.
Peter Xie, President of Solarfun, commented, "We have an optimistic view on industry demand in 2010 and believe that it is critical to scale up our manufacturing capacity to meet customer demand. We are expecting to see strong demand from areas with increased subsidies to solar projects such as China and the United States. We plan to continue to reduce processing costs through increased production scale and enhanced manufacturing efficiencies."
This report on Form 6-K is hereby incorporated by reference into the Company's Registration Statement on Form F-3 ( Registration No. 333-152005) filed on July 14,2008.
ET Solar Announces Completion and Grid Connection of a 1.48mw PV Power Plant in Germany for Wattner
NANJING, China, Jan. 8 /PRNewswire-Asia/ -- ET Solar Group Corp. ("ET Solar"), a Nanjing-based PV system turnkey solution service provider and integrated manufacturer of downstream PV products announced completion and grid connection of a 1.48MW ground mounted PV power plant where ET Solar acted as the EPC contractor.
ET Solar's German engineer team provided full design for the project with PV modules provided by ET Solar's China manufacturing plant. Assessed by a third party German consulting firm, the plant's designed efficiency is almost 82%.
The project is located in the Paehl region that is approximately 50 kilometers south of Munich. Main construction work started in late November 2009 and grid connection was done in mid December the same year at E.ON, the largest grid operator in Germany.
The plant has a 30-year designed life and is expected to generate approximately 32 million kWhs of electricity over the 20-year subsidized period to reduce almost 20,000 tons of carbon emissions.
Wattner AG ("Wattner"), a Cologne based investment trust that is specialized in renewable energy investments, is the sole equity investor of the project via its publicly raised SunAsset fund. Project finance was provided by a syndicate of two regional German savings banks.
Dennis She, Vice President and Chief Sales Officer of ET Solar, commented "We are very excited with the completion of this project and our partnership with Wattner. The transaction showcases our strong ability to execute our downstream strategy leveraging our EPC experience, product quality and cost advantages."
Guido Ingwer, Managing Partner, commented "The project opens 2010 strongly for Wattner and paves the way for future collaboration between Wattner and ET Solar. With our robust project pipeline, we very much look to replicate our Paehl success with ET Solar throughout Germany."
ET Solar's German engineer team provided full design for the project with PV modules provided by ET Solar's China manufacturing plant. Assessed by a third party German consulting firm, the plant's designed efficiency is almost 82%.
The project is located in the Paehl region that is approximately 50 kilometers south of Munich. Main construction work started in late November 2009 and grid connection was done in mid December the same year at E.ON, the largest grid operator in Germany.
The plant has a 30-year designed life and is expected to generate approximately 32 million kWhs of electricity over the 20-year subsidized period to reduce almost 20,000 tons of carbon emissions.
Wattner AG ("Wattner"), a Cologne based investment trust that is specialized in renewable energy investments, is the sole equity investor of the project via its publicly raised SunAsset fund. Project finance was provided by a syndicate of two regional German savings banks.
Dennis She, Vice President and Chief Sales Officer of ET Solar, commented "We are very excited with the completion of this project and our partnership with Wattner. The transaction showcases our strong ability to execute our downstream strategy leveraging our EPC experience, product quality and cost advantages."
Guido Ingwer, Managing Partner, commented "The project opens 2010 strongly for Wattner and paves the way for future collaboration between Wattner and ET Solar. With our robust project pipeline, we very much look to replicate our Paehl success with ET Solar throughout Germany."
Evergreen Solar to Present at the Needham Growth Conference
MARLBORO, Mass.--(BUSINESS WIRE)--Evergreen Solar, Inc. (Nasdaq: ESLR), a manufacturer of String Ribbon™ solar power products with its proprietary, low-cost silicon wafer technology, announced today that the Company will be presenting at the Needham Growth Conference in New York on Tuesday, January 12, 2010 at 3:50PM Eastern Time.
Representatives from the Evergreen Solar management team will discuss the Company’s business strategy and review recent accomplishments. A live audio webcast and any presentation materials used will be available on Evergreen Solar’s website. Those interested in listening to the webcast should log on to the “Investors” section of the website, www.evergreensolar.com, prior to the event.
About Evergreen Solar, Inc.
Evergreen Solar, Inc. develops, manufactures and markets String Ribbon™ solar power products using its proprietary, low-cost silicon wafer technology. The Company's patented wafer manufacturing technology uses significantly less polysilicon than conventional processes. Evergreen Solar's products provide reliable and environmentally clean electric power for residential and commercial applications globally. For more information about the Company, please visit www.evergreensolar.com. Evergreen Solar® and String Ribbon™ are trademarks of Evergreen Solar, Inc.
Representatives from the Evergreen Solar management team will discuss the Company’s business strategy and review recent accomplishments. A live audio webcast and any presentation materials used will be available on Evergreen Solar’s website. Those interested in listening to the webcast should log on to the “Investors” section of the website, www.evergreensolar.com, prior to the event.
About Evergreen Solar, Inc.
Evergreen Solar, Inc. develops, manufactures and markets String Ribbon™ solar power products using its proprietary, low-cost silicon wafer technology. The Company's patented wafer manufacturing technology uses significantly less polysilicon than conventional processes. Evergreen Solar's products provide reliable and environmentally clean electric power for residential and commercial applications globally. For more information about the Company, please visit www.evergreensolar.com. Evergreen Solar® and String Ribbon™ are trademarks of Evergreen Solar, Inc.
Thursday, January 07, 2010
Carmanah & Semex Establish Mexican Manufacturing and Distribution Partnership
VICTORIA, British Columbia--(BUSINESS WIRE)--Carmanah Technologies and Semex today announced a manufacturing & distribution partnership that will bring leading-edge solar LED lighting and solar-powered traffic beacon technology to Mexico. Carmanah and Semex have partnered to manufacture solar LED lighting and signaling solutions for outdoor lighting and traffic applications at Semex’s facility in Monterrey, Mexico.
The manufacturing agreement will allow both companies to penetrate further into the outdoor lighting market in Mexico and will help them to service major clients across the country.
The partnership will combine the ingenuity of a traffic light component manufacturing company with the leading-edge technology of Carmanah solar LED lighting solutions. This will further enable the offering of high-performance solar solutions at competitive market prices helping to both accelerate the adoption of solar technology within the targeted territories and establish Carmanah and Semex as leading providers of solar LED outdoor lighting and solar traffic signaling products. With Semex’s strong local presence and service capabilities, customers will be able to procure solar lighting and solar traffic products and leverage Semex’s local installation and maintenance capabilities, providing customers with full turn-key products and services.
“We are pleased to partner with Semex to create a Mexican ‘Powered by Carmanah’ solar LED lighting solution,” said Ted Lattimore, Carmanah CEO. “Semex has a long and very successful track record of traffic-oriented products and customer service capabilities in Mexico. Combined with Carmanah’s outdoor solar area lighting and solar-powered traffic solutions, customers will be afforded with a broad product and service portfolio addressing both their on and off-grid requirements progressing our leadership position in this area.”
Alejandro Brunell, Semex President and CEO added, “With this partnership we will be offering the best energy solutions customized to meet any power requirement of our multiple clients. Corporations and governments are becoming more educated on the importance of energy conservation and utilizing sustainable resources.
“The solar-powered LED lights that will be manufactured at our facility will offer a competitive cost-value ratio and will provide cost-effective lighting solutions using high-quality components. We are confident our partnership with Carmanah will bring enormous benefits to our clients.”
Powered by Carmanah solar technology and incorporating Semex components, the solar LED lighting solutions will provide stand-alone lighting that functions completely free from electrical grid connections, providing highly reliable illumination for a variety of outdoor lighting applications including streets, parking lots and residential areas.
The manufacturing agreement will allow both companies to penetrate further into the outdoor lighting market in Mexico and will help them to service major clients across the country.
The partnership will combine the ingenuity of a traffic light component manufacturing company with the leading-edge technology of Carmanah solar LED lighting solutions. This will further enable the offering of high-performance solar solutions at competitive market prices helping to both accelerate the adoption of solar technology within the targeted territories and establish Carmanah and Semex as leading providers of solar LED outdoor lighting and solar traffic signaling products. With Semex’s strong local presence and service capabilities, customers will be able to procure solar lighting and solar traffic products and leverage Semex’s local installation and maintenance capabilities, providing customers with full turn-key products and services.
“We are pleased to partner with Semex to create a Mexican ‘Powered by Carmanah’ solar LED lighting solution,” said Ted Lattimore, Carmanah CEO. “Semex has a long and very successful track record of traffic-oriented products and customer service capabilities in Mexico. Combined with Carmanah’s outdoor solar area lighting and solar-powered traffic solutions, customers will be afforded with a broad product and service portfolio addressing both their on and off-grid requirements progressing our leadership position in this area.”
Alejandro Brunell, Semex President and CEO added, “With this partnership we will be offering the best energy solutions customized to meet any power requirement of our multiple clients. Corporations and governments are becoming more educated on the importance of energy conservation and utilizing sustainable resources.
“The solar-powered LED lights that will be manufactured at our facility will offer a competitive cost-value ratio and will provide cost-effective lighting solutions using high-quality components. We are confident our partnership with Carmanah will bring enormous benefits to our clients.”
Powered by Carmanah solar technology and incorporating Semex components, the solar LED lighting solutions will provide stand-alone lighting that functions completely free from electrical grid connections, providing highly reliable illumination for a variety of outdoor lighting applications including streets, parking lots and residential areas.
New Energizer® Solar Powered Charging Solutions Announced at Consumer Electronics Show
MONTREAL--(BUSINESS WIRE)--ICP Solar Technologies Inc. (OTCBB: ICPR) (FWB: K1U), a developer and marketer of innovative, proprietary solar panels, solar chargers, energy meters and other solar powered devices, today announced the launch of www.energizersolar.com, the online retail store for purchasing selected Energizer® solar powered charging solutions and accessories manufactured by ICP Solar Technologies and its partners.
“This new site gives consumers the opportunity to purchase state-of-the-art solar charging solutions including solar powered charging kits, amorphous and crystalline solar panels, battery maintainers and accessories”, said Sass Peress, CEO of ICP Solar Technologies. “As well as featuring Energizer® solar charging solutions, it will offer consumers the opportunity to learn all about solar power and how they can save money and benefit from the power of the sun”, Mr. Peress said. “Energizer® solar solutions were designed to be user-friendly giving consumers the power they need wherever and whenever they need it whether they are at home, on the road, in the wilderness, on the water or at a campsite” added Danielle Kyriakos, Director of Global Marketing for Energizer.
About ICP Solar Technologies:
ICP Solar is a developer and marketer of solar panels, solar monitoring and power management solutions. Through the application of its own intellectual property and next-generation technologies, the Company aims to be the solar industry's innovation leader. For the past 20 years, ICP Solar has been a lead innovator in the consumer solar market and has now begun to apply that same innovation philosophy to the OEM, rooftop and power generation segment of the solar industry. ICP Solar's management has over 50 years of experience in the renewable energy sector. ICP Solar markets its products under its sunsei® brand and, in the solar charger category, is the global licensee of the Energizer® brand. The company's headquarters are located in Montreal, Canada, with additional locations in the USA, Ireland, France and the UK. Additional information may be found at www.icpsolar.com.
About Energizer
Energizer Holdings, Inc. [NYSE: ENR], headquartered in St. Louis, Mo., is one of the world’s largest manufacturers of primary batteries, portable battery-powered devices, and portable flashlights and lanterns. Energizer is a global leader in the dynamic business of providing power solutions with a full portfolio of products including Energizer® brand battery products Energizer® MAX® premium alkaline; Energizer® Ultimate Lithium; Energizer® Advanced Lithium; Rechargeable batteries and charging systems; and portable flashlights and lanterns.
Energizer continues to fulfill its role as a technology innovator by redefining portable power solutions to meet people’s active lifestyle needs for today and tomorrow with Energizer® Energi To Go® chargers for rechargeable portable devices; charging systems for wireless video game controllers; and specialty batteries for hearing aids, health and fitness devices, as well as for keyless remote entry systems, toys and watches. Energizer is redefining where energy, technology and freedom meet to bring to market consumer-focused products that power the essential devices that help people stay connected and on the go at work and at play. Visit www.energizer.com, www.facebook.com/energizerbunny.
“This new site gives consumers the opportunity to purchase state-of-the-art solar charging solutions including solar powered charging kits, amorphous and crystalline solar panels, battery maintainers and accessories”, said Sass Peress, CEO of ICP Solar Technologies. “As well as featuring Energizer® solar charging solutions, it will offer consumers the opportunity to learn all about solar power and how they can save money and benefit from the power of the sun”, Mr. Peress said. “Energizer® solar solutions were designed to be user-friendly giving consumers the power they need wherever and whenever they need it whether they are at home, on the road, in the wilderness, on the water or at a campsite” added Danielle Kyriakos, Director of Global Marketing for Energizer.
About ICP Solar Technologies:
ICP Solar is a developer and marketer of solar panels, solar monitoring and power management solutions. Through the application of its own intellectual property and next-generation technologies, the Company aims to be the solar industry's innovation leader. For the past 20 years, ICP Solar has been a lead innovator in the consumer solar market and has now begun to apply that same innovation philosophy to the OEM, rooftop and power generation segment of the solar industry. ICP Solar's management has over 50 years of experience in the renewable energy sector. ICP Solar markets its products under its sunsei® brand and, in the solar charger category, is the global licensee of the Energizer® brand. The company's headquarters are located in Montreal, Canada, with additional locations in the USA, Ireland, France and the UK. Additional information may be found at www.icpsolar.com.
About Energizer
Energizer Holdings, Inc. [NYSE: ENR], headquartered in St. Louis, Mo., is one of the world’s largest manufacturers of primary batteries, portable battery-powered devices, and portable flashlights and lanterns. Energizer is a global leader in the dynamic business of providing power solutions with a full portfolio of products including Energizer® brand battery products Energizer® MAX® premium alkaline; Energizer® Ultimate Lithium; Energizer® Advanced Lithium; Rechargeable batteries and charging systems; and portable flashlights and lanterns.
Energizer continues to fulfill its role as a technology innovator by redefining portable power solutions to meet people’s active lifestyle needs for today and tomorrow with Energizer® Energi To Go® chargers for rechargeable portable devices; charging systems for wireless video game controllers; and specialty batteries for hearing aids, health and fitness devices, as well as for keyless remote entry systems, toys and watches. Energizer is redefining where energy, technology and freedom meet to bring to market consumer-focused products that power the essential devices that help people stay connected and on the go at work and at play. Visit www.energizer.com, www.facebook.com/energizerbunny.
Shrink Nanotechnologies Forms Renewable Energy Team with Appointments of Solar Industry Veterans
CARLSBAD, Calif.--(BUSINESS WIRE)--Shrink Nanotechnologies, Inc. (“Shrink”) (OTCBB: INKN), an innovative nanotechnology company developing products and licensing opportunities in the solar energy production, medical diagnostics and sensors and biotechnology research and development tools businesses, today announced the formation of its Renewable Energy Team, which is comprised of two distinguished academic and industry collaborators, Drs. Sayantani Ghosh and Roland Winston. The team is in charge of developing and laying out a business plan to commercialize Shrink’s OptiSol™ Solar Concentrator. The company believes that solar concentrator technology is game-changing and will be disruptive in terms of cost, increased efficiency, upgradeability and environmental friendliness.
“Shrink’s solar concentrator technology, which does not require mirrors, lenses or tracking systems, is currently going through a design integration process to in effect, functionalize by `solarizing' common surfaces that every American is familiar with. These surfaces and products include windows, siding, roof tiles and other consumer products. We are currently in discussions with leading solar industry companies, as well as other industry and thought leaders in the solar space in order to make our vision a reality. With the additions of Dr. Ghosh and Dr. Winston and the formation of the Renewable Energy Team, we are moving one step closer to achieving our goals and strengthening our foothold in this extremely important, and very sizeable, market,” said Mark L. Baum, CEO of Shrink Nanotechnologies. “The extensive knowledge and experience of these two highly-regarded industry veterans makes all of us at Shrink excited about the possibilities that lie ahead as we begin executing our plan to commercialize OptiSol.”
The OptiSol Concentrator is a new generation disruptive nanotechnology-based plastic solar concentrator and solar film that is a first-of-its-kind in the solar photovoltaic (PV) industry. Traditional silicon solar cells absorb only a small fraction of the total incident solar radiation potential, with a majority of the light either reflected or converted to thermal energy (heat). The OptiSol enhances the capabilities and efficiency of existing solar cell designs by focusing and tuning the incident solar radiation from the sun for optimal silicon absorption, with less of the total spectrum lost as heat or reflection.
OptiSol is an extremely low-cost solution, as efficient as leading technologies, and is upgradeable, allowing customers to either replace or add to their existing installations. The technology can easily be incorporated into various residential and commercial construction materials, such as roofing, siding, and windows. OptiSol does not rely on toxic or hazardous materials and can be made from biodegradable corn-based plastics, thereby offering the first “renewable” renewable energy source.
The appointments of Dr. Ghosh and Dr. Winston are the latest in Shrink’s ever expanding FIGA™ business, where the company brings together some of the world’s leading scientific minds, which includes a network of top experts in the fields of finance, industry, government, and academia.
“Shrink’s solar concentrator technology, which does not require mirrors, lenses or tracking systems, is currently going through a design integration process to in effect, functionalize by `solarizing' common surfaces that every American is familiar with. These surfaces and products include windows, siding, roof tiles and other consumer products. We are currently in discussions with leading solar industry companies, as well as other industry and thought leaders in the solar space in order to make our vision a reality. With the additions of Dr. Ghosh and Dr. Winston and the formation of the Renewable Energy Team, we are moving one step closer to achieving our goals and strengthening our foothold in this extremely important, and very sizeable, market,” said Mark L. Baum, CEO of Shrink Nanotechnologies. “The extensive knowledge and experience of these two highly-regarded industry veterans makes all of us at Shrink excited about the possibilities that lie ahead as we begin executing our plan to commercialize OptiSol.”
The OptiSol Concentrator is a new generation disruptive nanotechnology-based plastic solar concentrator and solar film that is a first-of-its-kind in the solar photovoltaic (PV) industry. Traditional silicon solar cells absorb only a small fraction of the total incident solar radiation potential, with a majority of the light either reflected or converted to thermal energy (heat). The OptiSol enhances the capabilities and efficiency of existing solar cell designs by focusing and tuning the incident solar radiation from the sun for optimal silicon absorption, with less of the total spectrum lost as heat or reflection.
OptiSol is an extremely low-cost solution, as efficient as leading technologies, and is upgradeable, allowing customers to either replace or add to their existing installations. The technology can easily be incorporated into various residential and commercial construction materials, such as roofing, siding, and windows. OptiSol does not rely on toxic or hazardous materials and can be made from biodegradable corn-based plastics, thereby offering the first “renewable” renewable energy source.
The appointments of Dr. Ghosh and Dr. Winston are the latest in Shrink’s ever expanding FIGA™ business, where the company brings together some of the world’s leading scientific minds, which includes a network of top experts in the fields of finance, industry, government, and academia.
Global Solar Energy Unveils First Thin Film Solar Charger with USB Connection
TUCSON, Ariz.--(BUSINESS WIRE)--Global Solar Energy, Inc., the premier manufacturer of Copper Indium Gallium diSelenide (CIGS) thin film solar products, today introduced universal serial bus (USB) enabled SUNLINQTM portable solar chargers to its line up. The SUNLINQ line is the only solution for portable solar power for any type of outdoor needs. This new feature charges and powers batteries for any mobile electronic device capable of connecting and charging via a USB interface, allowing consumers to keep their devices charged and ready to use at any time, from any location.
Equipped with high efficiency flexible solar cells, Global Solar’s SUNLINQ USB MiniTM and SUNLINQ USB PlusTM solar chargers are lightweight, convenient and easy to use. They deliver reliable solar power generation for any device with a USB port including mobile phones, PDAs, iPods, and electronic readers like the Kindle. Unlike most solar chargers which rely on an integrated battery to store power, the USB Mini and Plus solar chargers deliver energy directly to the device’s battery, providing a faster and more efficient charge.
The SUNLINQ USB Mini and SUNLINQ USB Plus bring a host of features and capabilities for the mobile consumer and professional, including:
“The proliferation of power hungry portable electronics and our mobile society continue to drive demand for lightweight portable solar chargers to deliver power on the go, wherever you are,” says Jim Kimbrough, North American sales manager for Global Solar. “With the addition of our SUNLINQ USB Mini and Plus Global Solar can address the growing list of more than two billion electronic devices capable of charging via USB technology.”
Global Solar has been delivering lightweight, portable solar chargers for ten years. The USB Mini and Plus solar chargers are designed for consumers who can simply plug the USB adapter provided with their device directly into the SUNLINQ’s standard USB A-type receptacle, eliminating the need to purchase a separate car charger adapter for connectivity and charging.
Equipped with high efficiency flexible solar cells, Global Solar’s SUNLINQ USB MiniTM and SUNLINQ USB PlusTM solar chargers are lightweight, convenient and easy to use. They deliver reliable solar power generation for any device with a USB port including mobile phones, PDAs, iPods, and electronic readers like the Kindle. Unlike most solar chargers which rely on an integrated battery to store power, the USB Mini and Plus solar chargers deliver energy directly to the device’s battery, providing a faster and more efficient charge.
The SUNLINQ USB Mini and SUNLINQ USB Plus bring a host of features and capabilities for the mobile consumer and professional, including:
- Extremely Portable: Global Solar’s lightweight, flexible solar cells mean the charger itself can be laid out or attached to better optimize sunlight and make for easier carrying.
- Rugged Design: Originally designed to meet military specs, all of Global Solar Energy’s portable chargers offer a tough, weather resistant, nylon rip-stop backing.
- Voltage Regulation: Standardized to 5V to meet USB charging specifications.
- High Efficiency: SUNLINQ portable chargers power even under cloudy or overcast skies, making it the ideal solar charger for any region or outdoor activity.
“The proliferation of power hungry portable electronics and our mobile society continue to drive demand for lightweight portable solar chargers to deliver power on the go, wherever you are,” says Jim Kimbrough, North American sales manager for Global Solar. “With the addition of our SUNLINQ USB Mini and Plus Global Solar can address the growing list of more than two billion electronic devices capable of charging via USB technology.”
Global Solar has been delivering lightweight, portable solar chargers for ten years. The USB Mini and Plus solar chargers are designed for consumers who can simply plug the USB adapter provided with their device directly into the SUNLINQ’s standard USB A-type receptacle, eliminating the need to purchase a separate car charger adapter for connectivity and charging.
BIPV Metal Roofing Systems Provider EnergyPeak and Ascent Solar Work to Innovate Metal Roofing Solution
THORNTON, Colo.--(BUSINESS WIRE)--Ascent Solar Technologies, Inc. (NASDAQ:ASTI), a developer of flexible thin-film photovoltaic modules, today announced the development of new building integrated photovoltaic (BIPV) products with variable widths for the U.S. standing seam metal roof marketplace. The work to optimize this new innovative metal roof solution has been part of an existing agreement with EnergyPeak of Moon Township, Pennsylvania. EnergyPeak is a marketing segment of CENTRIA Services Group. Both companies expect the testing of novel BIPV products to proceed through the first half of 2010, with the intent to purchase modules for projects in the second half of 2010.
Rick Mowrey, Director of Marketing and Business Development for EnergyPeak and CENTRIA stated, “We are pleased to publicly announce our existing relationship with Ascent Solar. We look forward to testing PV products from Ascent that can meet the needs of our metal roof industry.”
Farhad Mogadam, CEO of Ascent Solar stated, “We are excited to be working with the experienced photovoltaic metal roofing systems provider EnergyPeak. Metal roofing systems are an ideal end market solution of our unique, light weight and flexible photovoltaic modules. With a short-term total addressable market of 10 million square feet of BIPV per year and long-term 100 million square feet of BIPV per year, EnergyPeak is an ideal business partner for this endeavor.”
Rick Mowrey, Director of Marketing and Business Development for EnergyPeak and CENTRIA stated, “We are pleased to publicly announce our existing relationship with Ascent Solar. We look forward to testing PV products from Ascent that can meet the needs of our metal roof industry.”
Farhad Mogadam, CEO of Ascent Solar stated, “We are excited to be working with the experienced photovoltaic metal roofing systems provider EnergyPeak. Metal roofing systems are an ideal end market solution of our unique, light weight and flexible photovoltaic modules. With a short-term total addressable market of 10 million square feet of BIPV per year and long-term 100 million square feet of BIPV per year, EnergyPeak is an ideal business partner for this endeavor.”
Maryland’s Largest Single Rooftop Solar Power Installation Unveiled at Staples Fulfillment Center in Hanover
HANOVER, Md.--(BUSINESS WIRE)--Staples (NASDAQ: SPLS), the world's largest office products company and SunEdison, North America’s largest solar energy services provider and a subsidiary of MEMC Electronic Materials (NYSE: WFR), hosted a dedication ceremony today to unveil the largest single rooftop solar power installation in Maryland at Staples’ 200,200 square foot fulfillment center in Hanover. The 1.01 megawatt solar installation covers nearly 175,000 square feet of roof space, larger than three football fields.
The environmental savings associated with the system will offset more than 43 million pounds of carbon dioxide (CO2) over 20 years, equivalent to removing CO2 produced by more than 4,200 automobiles driving 12,000 miles per year. The zero-emission, silent photovoltaic system will generate approximately 1.2 million kilowatt hours (kWh) of electricity per year, and 21 million kWh during the initial 20 years of the project. The solar installation was financed, built and maintained under a power purchase agreement (PPA) with SunEdison. Under the PPA, Staples will purchase the electricity produced for the term of the contract.
“The solar power system installed at our Hanover fulfillment center is the latest example of Staples’ ongoing commitment to environmental leadership,” said Mark Buckley, vice president of environmental affairs for Staples. “Through our relationship with solar services provider SunEdison, we are able to purchase solar energy from our rooftop at a rate below or equal to the cost of electricity from the grid. This reduces our operating costs while freeing up more electricity during peak times for use by local homes and businesses.”
“We are proud to be a long time partner of Staples in providing economical solar solutions to meet their energy needs and commitment to the environment,” said Carlos Domenech, President of SunEdison. “SunEdison continues to be an industry leader by combining cutting edge technologies with our unique project finance capabilities to enable large-scale development of solar.”
“EPA applauds Staples for initiating this solar energy project to power its Hanover facility,” said Shawn M. Garvin, administrator for the EPA’s mid-Atlantic region. “I hope this work inspires other companies to use energy in a manner that does not contribute to global climate change. Staples is demonstrating the kind of leadership that is needed to reduce greenhouse gases and move our nation into a clean energy future.”
For more information on Staples’ environmental initiatives, please visit http://www.staples.com/environment.
The environmental savings associated with the system will offset more than 43 million pounds of carbon dioxide (CO2) over 20 years, equivalent to removing CO2 produced by more than 4,200 automobiles driving 12,000 miles per year. The zero-emission, silent photovoltaic system will generate approximately 1.2 million kilowatt hours (kWh) of electricity per year, and 21 million kWh during the initial 20 years of the project. The solar installation was financed, built and maintained under a power purchase agreement (PPA) with SunEdison. Under the PPA, Staples will purchase the electricity produced for the term of the contract.
“The solar power system installed at our Hanover fulfillment center is the latest example of Staples’ ongoing commitment to environmental leadership,” said Mark Buckley, vice president of environmental affairs for Staples. “Through our relationship with solar services provider SunEdison, we are able to purchase solar energy from our rooftop at a rate below or equal to the cost of electricity from the grid. This reduces our operating costs while freeing up more electricity during peak times for use by local homes and businesses.”
“We are proud to be a long time partner of Staples in providing economical solar solutions to meet their energy needs and commitment to the environment,” said Carlos Domenech, President of SunEdison. “SunEdison continues to be an industry leader by combining cutting edge technologies with our unique project finance capabilities to enable large-scale development of solar.”
“EPA applauds Staples for initiating this solar energy project to power its Hanover facility,” said Shawn M. Garvin, administrator for the EPA’s mid-Atlantic region. “I hope this work inspires other companies to use energy in a manner that does not contribute to global climate change. Staples is demonstrating the kind of leadership that is needed to reduce greenhouse gases and move our nation into a clean energy future.”
For more information on Staples’ environmental initiatives, please visit http://www.staples.com/environment.
Wednesday, January 06, 2010
Ascent Solar Hires Vice President of Sales
THORNTON, Colo.--(BUSINESS WIRE)--Ascent Solar Technologies, Inc. (NASDAQ:ASTI), a developer of state of the art flexible thin-film solar modules, announced today that Robert “Bob” Johns has been hired to serve as the Company’s Vice President of Sales and will report directly to Rafael Gutierrez, Ascent Solar’s Senior Vice President of Sales and Marketing. Mr. Johns brings over 29 years of experience in global sales, customer service, channel partner development and business development.
Ascent Solar SVP Rafael Gutierrez stated, “Bob has the abilities and global experience we need to increase sales velocity and foster new partnerships that will feature our unique flexible light weight thin-film solar modules.”
Prior to joining Ascent Solar, Mr. Johns spent 29 years with Dow Corning Corporation where he held numerous director level positions in the Specialty Chemicals and Advanced Technologies & Ventures Businesses. As Global Director of New Business Programs, his leadership responsibilities included a portfolio of new business teams focused on high growth markets including Solar, Compound Semiconductors and other emerging high priority new business programs for Dow Corning. Most recently he was located in Shanghai, China where he led Dow Corning’s Global Customer Service organization while serving as a member of the Global Commercial and Greater China Councils. Earlier in his career at Dow Corning, he served in a variety of sales and marketing positions in the Electronics, Solar and Defense markets. Mr. Johns holds a BBA in Management from Western Michigan University and he is an alumnus of the Executive Development Program at the Kellogg School of Management of Northwestern University.
Bob Johns, Ascent Solar VP of Sales, commented, “It’s exciting to join a company with flexible leading edge solar technology that lends itself to a diverse set of products and customer opportunities. I look forward to helping lead the sales and customer development effort as we move forward to expand the reach of our unique products.”
Ascent Solar SVP Rafael Gutierrez stated, “Bob has the abilities and global experience we need to increase sales velocity and foster new partnerships that will feature our unique flexible light weight thin-film solar modules.”
Prior to joining Ascent Solar, Mr. Johns spent 29 years with Dow Corning Corporation where he held numerous director level positions in the Specialty Chemicals and Advanced Technologies & Ventures Businesses. As Global Director of New Business Programs, his leadership responsibilities included a portfolio of new business teams focused on high growth markets including Solar, Compound Semiconductors and other emerging high priority new business programs for Dow Corning. Most recently he was located in Shanghai, China where he led Dow Corning’s Global Customer Service organization while serving as a member of the Global Commercial and Greater China Councils. Earlier in his career at Dow Corning, he served in a variety of sales and marketing positions in the Electronics, Solar and Defense markets. Mr. Johns holds a BBA in Management from Western Michigan University and he is an alumnus of the Executive Development Program at the Kellogg School of Management of Northwestern University.
Bob Johns, Ascent Solar VP of Sales, commented, “It’s exciting to join a company with flexible leading edge solar technology that lends itself to a diverse set of products and customer opportunities. I look forward to helping lead the sales and customer development effort as we move forward to expand the reach of our unique products.”
Spire Targets Japanese Solar Market
BEDFORD, Mass.--(BUSINESS WIRE)--Spire Corporation (Nasdaq: SPIR), a global solar company providing capital equipment to manufacture photovoltaic (PV) modules and turnkey manufacturing lines, is pleased to announce Napson Corporation as its exclusive solar capital equipment representative in Japan.
“This agreement further demonstrates Spire’s commitment to our Japanese customers,” said Roger G. Little, Chairman and CEO of Spire Corporation. “Napson has successfully served Japan for twenty-five years with products similar to Spire’s manufacturing and test equipment. Our solar simulator for testing photovoltaic modules is the industry standard; we want to lead with this machine in Japan. We also want to be certain our Japanese customers are aware of our advanced manufacturing equipment. Napson will market this equipment as well as provide the best local after-service support the industry has to offer.”
About Napson Corporation
Napson, established in 1984, manufactures high-performance sheet resistance measuring systems for thin films on semiconductor or flat panels, solar cells, and resistivity systems for silicon wafers. Napson is located in the Momose Bldg. 2-3-6, Kameido, Koto-ku, Tokyo 136-0071 Japan.
About Spire Corporation
Spire Corporation, voted 2009’s Turnkey PV Manufacturing Line Company of the Year, is a global solar company providing capital equipment to manufacture and test PV modules. For corporate or product information, contact Spire Corporation at 781-275-6000, or visit www.SpireCorp.com.
Certain matters described in this news release may be forward-looking statements subject to risks and uncertainties that could cause actual results to differ materially from those indicated in the forward-looking statements. Such risks and uncertainties include, but are not limited to, the risk of dependence on market growth, competition and dependence on government agencies and other third parties for funding contract research and services, as well as other factors described in the Company's Form 10-K and other periodic reports filed with the Securities and Exchange Commission.
“This agreement further demonstrates Spire’s commitment to our Japanese customers,” said Roger G. Little, Chairman and CEO of Spire Corporation. “Napson has successfully served Japan for twenty-five years with products similar to Spire’s manufacturing and test equipment. Our solar simulator for testing photovoltaic modules is the industry standard; we want to lead with this machine in Japan. We also want to be certain our Japanese customers are aware of our advanced manufacturing equipment. Napson will market this equipment as well as provide the best local after-service support the industry has to offer.”
About Napson Corporation
Napson, established in 1984, manufactures high-performance sheet resistance measuring systems for thin films on semiconductor or flat panels, solar cells, and resistivity systems for silicon wafers. Napson is located in the Momose Bldg. 2-3-6, Kameido, Koto-ku, Tokyo 136-0071 Japan.
About Spire Corporation
Spire Corporation, voted 2009’s Turnkey PV Manufacturing Line Company of the Year, is a global solar company providing capital equipment to manufacture and test PV modules. For corporate or product information, contact Spire Corporation at 781-275-6000, or visit www.SpireCorp.com.
Certain matters described in this news release may be forward-looking statements subject to risks and uncertainties that could cause actual results to differ materially from those indicated in the forward-looking statements. Such risks and uncertainties include, but are not limited to, the risk of dependence on market growth, competition and dependence on government agencies and other third parties for funding contract research and services, as well as other factors described in the Company's Form 10-K and other periodic reports filed with the Securities and Exchange Commission.
GreenHunter Energy to Present at Pritchard Capital Energize 2010 Conference
GRAPEVINE, Texas--(BUSINESS WIRE)--The Chairman and CEO of GreenHunter Energy, Inc. (NYSE Amex: GRH), Mr. Gary C. Evans, and the President and COO, Mr. Jonathan D. Hoopes, will present at 10:10 am Pacific Time today at the Pritchard Capital Energize 2010 Conference held at the Westin Market Street located in San Francisco, California. Headquartered in Grapevine, Texas, GreenHunter Energy, Inc. is a diversified renewable energy company focused on wind development projects, biomass power generation and the production of biodiesel.
Today’s presentation will serve to update the investing community on recent overall developments in GreenHunter Energy’s renewable power and fuels businesses and its perspective on political developments that may benefit the U.S. renewable energy industry.
Forward-Looking Statements
Any statements in this press release about future expectations and prospects for GreenHunter Energy and its business and other statements containing the words “believes”, “anticipates”, “plans”, “expects”, “will” and similar expressions constitute forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Actual results may differ materially from those indicated by such forward-looking statements as a result of various important factors, including the substantial capital expenditures required to fund its operations, the ability of the Company to implement its business plan, government regulation and competition. GreenHunter Energy undertakes no obligation to update these forward-looking statements in the future.
GreenHunter Energy is focused on the renewable energy sectors of wind, hydro, geothermal, solar, biofuels, and biomass power plants. Our assets consist of leases of real property for future development of wind energy projects located in Montana, New Mexico, California, Texas, Wyoming and The Peoples Republic of China, the nation’s largest biodiesel refinery located in Houston, Texas, a biomass-fired power plant located in Brawley, California, and an option to lease acreage associated with a terminaling facility in Port Sutton, Florida. Headquartered in Grapevine, Texas, GreenHunter Energy was formed to be the first publicly traded renewable energy company based in the U.S. that provides to investors a portfolio of diversified assets in the alternative energy sector. Additional information about GreenHunter Energy may be found at www.greenhunterenergy.com.
Today’s presentation will serve to update the investing community on recent overall developments in GreenHunter Energy’s renewable power and fuels businesses and its perspective on political developments that may benefit the U.S. renewable energy industry.
Forward-Looking Statements
Any statements in this press release about future expectations and prospects for GreenHunter Energy and its business and other statements containing the words “believes”, “anticipates”, “plans”, “expects”, “will” and similar expressions constitute forward-looking statements within the meaning of the Private Securities Litigation Reform Act of 1995. Actual results may differ materially from those indicated by such forward-looking statements as a result of various important factors, including the substantial capital expenditures required to fund its operations, the ability of the Company to implement its business plan, government regulation and competition. GreenHunter Energy undertakes no obligation to update these forward-looking statements in the future.
GreenHunter Energy is focused on the renewable energy sectors of wind, hydro, geothermal, solar, biofuels, and biomass power plants. Our assets consist of leases of real property for future development of wind energy projects located in Montana, New Mexico, California, Texas, Wyoming and The Peoples Republic of China, the nation’s largest biodiesel refinery located in Houston, Texas, a biomass-fired power plant located in Brawley, California, and an option to lease acreage associated with a terminaling facility in Port Sutton, Florida. Headquartered in Grapevine, Texas, GreenHunter Energy was formed to be the first publicly traded renewable energy company based in the U.S. that provides to investors a portfolio of diversified assets in the alternative energy sector. Additional information about GreenHunter Energy may be found at www.greenhunterenergy.com.
Solar Energy Initiatives Announces Completion of $4 Million Public School Installation
PONTE VEDRA BEACH, Fla.--(BUSINESS WIRE)--Solar Energy Initiatives, Inc. (OTCBB:SNRY), executing on a grass roots campaign, “RENEW THE NATION”, to help redeploy a portion of the U.S. work force and focus on reducing the world’s dependence on fossil fuels by selling solar thermal and photovoltaic (PV) technologies, today announced the 800 kilowatt project with the Canon City School District in Canon City, Colorado has been completed and is scheduled for commissioning this month.
Solar Energy Initiatives newly implemented solar energy solution will provide energy cost savings to the school district from nearly 3,300 solar panels installed on ten buildings, while reducing hazardous carbon dioxide emissions by 1,250 tons, annually. SNRY partnered with a general contractor, funding source and a solar installation company to install the solar system at no “out of pocket” expense to the school district. SNRY completed the Power Purchase Agreement, supplied the solar equipment and balance of system for the school district project. Solar Energy Initiatives will also generate revenue through the sale of the newly generated solar energy to the school district over a 20-year contract period.
“The completion of this municipal installation is additional evidence that SNRY’s cost effective energy solutions can create new jobs, decrease energy costs and reduce strain on the grid through viable clean energy,” stated David Fann, Chief Executive Officer. “Management intends to identify other school and municipal project development opportunities to leverage this completed project with other municipalities across the United States. The Company is committed to finalizing new contracts from our $100 million pipeline, increasing top-line revenue and overall earnings. We are confident that Solar Energy Initiatives is well positioned for significant growth in 2010 and beyond.”
Solar Energy Initiatives newly implemented solar energy solution will provide energy cost savings to the school district from nearly 3,300 solar panels installed on ten buildings, while reducing hazardous carbon dioxide emissions by 1,250 tons, annually. SNRY partnered with a general contractor, funding source and a solar installation company to install the solar system at no “out of pocket” expense to the school district. SNRY completed the Power Purchase Agreement, supplied the solar equipment and balance of system for the school district project. Solar Energy Initiatives will also generate revenue through the sale of the newly generated solar energy to the school district over a 20-year contract period.
“The completion of this municipal installation is additional evidence that SNRY’s cost effective energy solutions can create new jobs, decrease energy costs and reduce strain on the grid through viable clean energy,” stated David Fann, Chief Executive Officer. “Management intends to identify other school and municipal project development opportunities to leverage this completed project with other municipalities across the United States. The Company is committed to finalizing new contracts from our $100 million pipeline, increasing top-line revenue and overall earnings. We are confident that Solar Energy Initiatives is well positioned for significant growth in 2010 and beyond.”
Bob Wiens Appointed to Carmanah Technologies Board of Directors
VICTORIA, British Columbia--(BUSINESS WIRE)--Carmanah Technologies Corporation (TSX:CMH), a global provider of solar LED lighting technology, has appointed Bob Wiens to the Board of Directors. Mr. Wiens has also been appointed as Chair of the Audit Committee.
Mr. Wiens brings 30 years of public company experience to the position, including 13 years as President and CEO of FACS Records Centre, a document management and storage company. Mr. Wiens also has 16 years with Arthur Andersen & Co. Having worked in the New York, Toronto and Ottawa offices, Mr. Wiens ended his tenure with Arthur Anderson as managing partner of the Vancouver office. Sitting on numerous boards of public and private companies, along with many community organizations, Mr. Wiens also has extensive experience in a Director role.
Rob Cruickshank, Chairman of the Board, commented on Mr. Wiens’ appointment, “We are delighted to have someone as experienced and committed as Bob Wiens joining the Board. Among his impressive credentials, Mr. Wiens is also a Chartered Accountant, and we feel his appointment as Chair of the Audit Committee will further strengthen the important work of this group.” Mr. Cruickshank commented on outgoing Chair, Rob Logan, saying “Mr. Logan has done an excellent job during his tenure as Chair of the Audit Committee and we look forward to having him remain as a member of the Committee.”
Additional changes to the Board of Directors include the resignation of Grant Byers on November 10, 2009.
“We would like to thank Grant Byers for his contribution to the Carmanah Board of Directors during his tenure,” commented Mr. Cruickshank, “his time and attention have been greatly appreciated.”
Mr. Wiens brings 30 years of public company experience to the position, including 13 years as President and CEO of FACS Records Centre, a document management and storage company. Mr. Wiens also has 16 years with Arthur Andersen & Co. Having worked in the New York, Toronto and Ottawa offices, Mr. Wiens ended his tenure with Arthur Anderson as managing partner of the Vancouver office. Sitting on numerous boards of public and private companies, along with many community organizations, Mr. Wiens also has extensive experience in a Director role.
Rob Cruickshank, Chairman of the Board, commented on Mr. Wiens’ appointment, “We are delighted to have someone as experienced and committed as Bob Wiens joining the Board. Among his impressive credentials, Mr. Wiens is also a Chartered Accountant, and we feel his appointment as Chair of the Audit Committee will further strengthen the important work of this group.” Mr. Cruickshank commented on outgoing Chair, Rob Logan, saying “Mr. Logan has done an excellent job during his tenure as Chair of the Audit Committee and we look forward to having him remain as a member of the Committee.”
Additional changes to the Board of Directors include the resignation of Grant Byers on November 10, 2009.
“We would like to thank Grant Byers for his contribution to the Carmanah Board of Directors during his tenure,” commented Mr. Cruickshank, “his time and attention have been greatly appreciated.”
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