MERRIMACK, USA: GT Solar International Inc., a global provider of polysilicon production technology, and sapphire and silicon crystalline growth systems and materials for the solar, LED and other specialty markets, has opened its new Asia operations headquarters in Hong Kong. The Hong Kong headquarters better serves the needs of its customers throughout the Asia Pacific region.
“Over eighty-five percent of our business now comes from Asia, particularly from China where most of our customers are located,” said Tom Gutierrez, president and CEO of GT Solar.
“Our Asia headquarters is the next logical step in developing the most appropriate business model to support our growing customer base in the region. By focusing the operations of our business in Hong Kong, we will be more responsive to our local customers and continue to provide the high quality products and high levels of support they have come to expect from GT Solar.”
“Hong Kong is the ideal place to locate our Asia headquarters,” said Jeff Ford, managing director for GT Solar Hong Kong.
“It offers a favorable business climate with a deep pool of talent that we have already taken advantage of to build a world-class team of experienced professionals to lead our business. Our local team includes sales, business development, service, supply chain, logistics, and quality assurance. Expanding these business functions directly in the region allows us to compete more effectively in the fast-growing solar market.”
GT Solar has been doing business in Asia since 2002. Since then the company has played an important role as an equipment provider, to helping the region’s early adopters establish their PV and polysilicon manufacturing operations. Today, many of these companies have grown to become some of the region’s largest solar manufacturers in China, Korea, and Taiwan, and are using GT Solar products and technologies to improve productivity and lower their cost of manufacturing.
In September of 2009, the company opened its facility in Shanghai, China to provide greater service and support to its growing customer base in the region. The Shanghai facility will continue to provide installation resources, demonstration capabilities for customers wishing to test new process recipes, product training and spare parts inventory. PV equipment product development, engineering and R&D will remain in the company’s corporate headquarters in Merrimack, New Hampshire, and product development, engineering and R&D for its polysilicon equipment will remain in Missoula, Montana.
GT Solar also announced that its next DSS crystalline growth furnace, the DSS650, has begun beta production evaluation with customers. The new system provides an upgrade path for current customers using DSS 240, DSS450 and DSS450HP systems in their production environment.
The DSS650 is capable of producing ingots larger than 600 kilograms and is compatible with the chamber configuration of current DSS systems. Commercial availability of the new system is expected for early calendar year 2011.
“The DSS650 continues our commitment to customers to lower their manufacturing costs by leveraging their investment in our crystalline growth furnaces to take advantage of new technology,” continued Gutierrez. “We designed the new DSS650 system so current customers can easily upgrade to the new system, which underscores our commitment to protecting our customers’ investment in GT Solar DSS equipment.”
With over 1,700 systems in the field, GT Solar’s DSS ingot growth furnaces are widely used in PV wafering operations. GT Solar’s innovation and expertise in mechanical design, vacuum and high-pressure chambers, control system design, and crystal growth modeling, provide customers with a technologically advanced directional solidification furnace that consistently produces high quality ingots with optimized mass ingot yield.
Wednesday, October 13, 2010
CVD Equipment receives $3.4 million order for solar production tools
RONKONKOMA, CVD Equipment Corp. has received an initial order for $3.4 million from a solar panel manufacturer to provide deposition production tools for their solar factory. CVD continues to benefit from the increased demand for products that generate or save energy and we anticipate that this trend will continue to create demand for our products and services for many years to come.
CVD’s endeavors into Graphene materials and equipment was also given a boost this past week when two physicists working at the University of Manchester were awarded the Nobel Prize in Physics for the discovery and isolation of Graphene.
Graphene, a one-atom thick material, is not only the thinnest material in the world, it may also be the strongest substance ever discovered (stronger than steel). Graphene has the potential to transform electronics by allowing for faster computers and folding touch screens, lighter and stronger aircraft and cars and a host of other applications.
The large demand for energy savings, energy generation materials and products needed to address rising energy and environmental costs creates a growing demand for manufacturing solutions using nanotechnology and thin film coatings on glass, wafers and other substrates or materials. Using our Application Laboratory, we continue to perfect and expand the multiple areas where our process solutions can be applied.
The solar, energy and nanotechnology markets offer significant growth opportunities for our technologies because they deliver favorable performance and cost benefits. These fields will benefit further from a renewed drive for energy savings and ecologically safe energy generation.
It is gratifying to see that our strategy of accelerating the commercialization of tomorrow’s technologies continues to be recognized by technology innovators with the financial acumen and resources to transition their research and development into production.
When we collaborate with technology innovators, our equipment design and manufacturing skills along with our understanding of complex system integration and hardware/process interactions enable a lower risk, higher value equipment and process solution - a winning situation for all parties.
CVD’s endeavors into Graphene materials and equipment was also given a boost this past week when two physicists working at the University of Manchester were awarded the Nobel Prize in Physics for the discovery and isolation of Graphene.
Graphene, a one-atom thick material, is not only the thinnest material in the world, it may also be the strongest substance ever discovered (stronger than steel). Graphene has the potential to transform electronics by allowing for faster computers and folding touch screens, lighter and stronger aircraft and cars and a host of other applications.
The large demand for energy savings, energy generation materials and products needed to address rising energy and environmental costs creates a growing demand for manufacturing solutions using nanotechnology and thin film coatings on glass, wafers and other substrates or materials. Using our Application Laboratory, we continue to perfect and expand the multiple areas where our process solutions can be applied.
The solar, energy and nanotechnology markets offer significant growth opportunities for our technologies because they deliver favorable performance and cost benefits. These fields will benefit further from a renewed drive for energy savings and ecologically safe energy generation.
It is gratifying to see that our strategy of accelerating the commercialization of tomorrow’s technologies continues to be recognized by technology innovators with the financial acumen and resources to transition their research and development into production.
When we collaborate with technology innovators, our equipment design and manufacturing skills along with our understanding of complex system integration and hardware/process interactions enable a lower risk, higher value equipment and process solution - a winning situation for all parties.
Tuesday, October 12, 2010
UNI-SOLAR debuts first ever, UL-approved, standard-production residential solar module roof shingle
ROCHESTER HILLS, USA: United Solar announced the UNI-SOLAR brand PowerShingle – a breakthrough, industry-leading, aesthetically-pleasing solar product that removes the barriers which have kept many homeowners from installing solar on their roofs.
PowerShingle is the first ever, UL-approved, standard production residential solar module roof shingle available for the U.S. photovoltaic marketplace. The product replaces the need for heavy, bulky and unattractive frames on homeowners' roofs.
"A consistent message from homeowners is that until residential solar options became aesthetically pleasing and fit into their homes' current roofline, they simply weren't ready to take the solar plunge – or at best will limit solar to the backside of their home," said Mark Morelli, president and CEO of UNI-SOLAR's parent company, Energy Conversion Devices. "Now with PowerShingle's seamless fit, low profile and added durability, we've solved homeowners' main visual objections and they can say, 'finally, solar for the front of the home'."
PowerShingle's design fits the low-profile, visually-aesthetic needs of homeowners, drastically improving the marketplace outlook for a wider scale acceptance of solar on residential roofs.
UNI-SOLAR's extremely lightweight and very flexible laminates allowed UNI-SOLAR engineers the ability to integrate solar into laminates that are designed to look like asphalt shingles. The PowerShingle product features laminates that are glass-free and encapsulated in UV-stabilized, weather-resistant polymers that hold up against Category 3 hurricane winds, hail and other heavy impacts – while continuing to provide excellent performance and protection for the inside of the home.
PowerShingle will be included as a part of a residential solar lease pilot program in New Jersey offered by New Jersey Resources Home Services, a leading home appliance, service and installation company. Through this program, New Jersey Resources Home Services is helping to make renewable energy affordable and accessible to customers by offering installation of solar panels with no upfront, installation or maintenance costs.
"We're excited about expanding our solar offerings in the residential market," said Morelli. "We believe PowerShingle's sweet spot will be the new roof and re-roofing market, which is estimated at more than four million homes per year in the US, a large potential market for a residential product."
PowerShingle is the first ever, UL-approved, standard production residential solar module roof shingle available for the U.S. photovoltaic marketplace. The product replaces the need for heavy, bulky and unattractive frames on homeowners' roofs.
"A consistent message from homeowners is that until residential solar options became aesthetically pleasing and fit into their homes' current roofline, they simply weren't ready to take the solar plunge – or at best will limit solar to the backside of their home," said Mark Morelli, president and CEO of UNI-SOLAR's parent company, Energy Conversion Devices. "Now with PowerShingle's seamless fit, low profile and added durability, we've solved homeowners' main visual objections and they can say, 'finally, solar for the front of the home'."
PowerShingle's design fits the low-profile, visually-aesthetic needs of homeowners, drastically improving the marketplace outlook for a wider scale acceptance of solar on residential roofs.
UNI-SOLAR's extremely lightweight and very flexible laminates allowed UNI-SOLAR engineers the ability to integrate solar into laminates that are designed to look like asphalt shingles. The PowerShingle product features laminates that are glass-free and encapsulated in UV-stabilized, weather-resistant polymers that hold up against Category 3 hurricane winds, hail and other heavy impacts – while continuing to provide excellent performance and protection for the inside of the home.
PowerShingle will be included as a part of a residential solar lease pilot program in New Jersey offered by New Jersey Resources Home Services, a leading home appliance, service and installation company. Through this program, New Jersey Resources Home Services is helping to make renewable energy affordable and accessible to customers by offering installation of solar panels with no upfront, installation or maintenance costs.
"We're excited about expanding our solar offerings in the residential market," said Morelli. "We believe PowerShingle's sweet spot will be the new roof and re-roofing market, which is estimated at more than four million homes per year in the US, a large potential market for a residential product."
Power-One brings best-in-class residential and commercial inverters to North America
LOS ANGELES, USA: Power-One Inc. will showcase a broad range of power inverter solutions for the residential and commercial markets at Solar Power International (SPI). These products represent the latest offering in Power-One's expanding line of best-in-class inverters already deployed worldwide and now available for the North American solar market.
In just two short years, Power-One has become the second-largest solar inverter manufacturer in the world. To date, Power-One has shipped more than 2 Gigawatts of inverters worldwide and its inverters have accumulated the equivalent of 500 million (full power) power-on hours. Now the company will apply its deep-field expertise to the growing market for renewable energy in North America.
Power-One is committed to expansion in this region as evidenced by its new manufacturing facility in Phoenix, which will bring more than 350 new jobs to the US.
Additionally, Power-One announced its acquisition of the assets of San Jose-based Fat Spaniel Technologies Inc., a leading provider of lifecycle management software for renewable energy assets. The acquisition extends Power-One's performance and technology advantage with its award winning inverters, while providing its customers with a stronger feature-set, value creation and enhanced system control to manage renewable energy assets, including solar installations.
"Power-One has a long and distinguished pedigree in the power electronics business," said Richard Thompson, CEO of Power-One. "By leveraging our nearly 40-year history of technology innovation and expertise, we are squarely positioned to develop innovative solutions that generate greater yield for renewable energy production."
A broad range of Power-One's renowned Aurora products will be on display at SPI for the first time in North America. The Aurora product line is one of the most efficient, robust and technically advanced available today. Products on display include:
PVI-3.8 and PVI-4.6 OUTD isolated inverters: Optimized for use in residential applications, these 3.8kW and 4.6kW isolated inverters are designed to serve all countries and regions with field-configurable set-ups available for all major country grid codes and display languages. Lightweight and compact, this rugged outdoor inverter is a completely sealed unit that can withstand the harshest environmental conditions. The wide input voltage range makes the PVI-3.8 and PVI-4.6 OUTD Isolated inverters suitable for low-power installations with reduced string size.
PVI-10.0 OUTD isolated inverter: Designed for commercial use, this 10kW three-phase inverter is unique in its ability to control the performance of the PV panels, especially during varying weather conditions. The input voltage range makes the PVI-10.0 OUTD isolated inverter suitable for installations with reduced string size.
PVI-250 and PVI-300 central PV inverters: Recently certified for sale and installation in the United States and Canada (see separate release), the PVI-250 and PVI-300 Central PV inverters, respectively 250kW and 300kW, are commercial-grade inverters designed for large solar applications including apartment buildings and industrial facilities. These extremely scalable, multi MPPT, modular inverter systems increase useable power, improve availability and allow for cost-effective maintenance.
PVI-Station inverter: This turnkey solution is designed for customers with large-scale installations and allows users to select preferred inverters to be custom-fit into prefabricated, weather-sealed cabins for quick installation in the field. The PVI-Station inverter has a high power/low space ratio and its modular format, along with its easy-out rack system, allows for simple maintenance in all weather conditions.
In just two short years, Power-One has become the second-largest solar inverter manufacturer in the world. To date, Power-One has shipped more than 2 Gigawatts of inverters worldwide and its inverters have accumulated the equivalent of 500 million (full power) power-on hours. Now the company will apply its deep-field expertise to the growing market for renewable energy in North America.
Power-One is committed to expansion in this region as evidenced by its new manufacturing facility in Phoenix, which will bring more than 350 new jobs to the US.
Additionally, Power-One announced its acquisition of the assets of San Jose-based Fat Spaniel Technologies Inc., a leading provider of lifecycle management software for renewable energy assets. The acquisition extends Power-One's performance and technology advantage with its award winning inverters, while providing its customers with a stronger feature-set, value creation and enhanced system control to manage renewable energy assets, including solar installations.
"Power-One has a long and distinguished pedigree in the power electronics business," said Richard Thompson, CEO of Power-One. "By leveraging our nearly 40-year history of technology innovation and expertise, we are squarely positioned to develop innovative solutions that generate greater yield for renewable energy production."
A broad range of Power-One's renowned Aurora products will be on display at SPI for the first time in North America. The Aurora product line is one of the most efficient, robust and technically advanced available today. Products on display include:
PVI-3.8 and PVI-4.6 OUTD isolated inverters: Optimized for use in residential applications, these 3.8kW and 4.6kW isolated inverters are designed to serve all countries and regions with field-configurable set-ups available for all major country grid codes and display languages. Lightweight and compact, this rugged outdoor inverter is a completely sealed unit that can withstand the harshest environmental conditions. The wide input voltage range makes the PVI-3.8 and PVI-4.6 OUTD Isolated inverters suitable for low-power installations with reduced string size.
PVI-10.0 OUTD isolated inverter: Designed for commercial use, this 10kW three-phase inverter is unique in its ability to control the performance of the PV panels, especially during varying weather conditions. The input voltage range makes the PVI-10.0 OUTD isolated inverter suitable for installations with reduced string size.
PVI-250 and PVI-300 central PV inverters: Recently certified for sale and installation in the United States and Canada (see separate release), the PVI-250 and PVI-300 Central PV inverters, respectively 250kW and 300kW, are commercial-grade inverters designed for large solar applications including apartment buildings and industrial facilities. These extremely scalable, multi MPPT, modular inverter systems increase useable power, improve availability and allow for cost-effective maintenance.
PVI-Station inverter: This turnkey solution is designed for customers with large-scale installations and allows users to select preferred inverters to be custom-fit into prefabricated, weather-sealed cabins for quick installation in the field. The PVI-Station inverter has a high power/low space ratio and its modular format, along with its easy-out rack system, allows for simple maintenance in all weather conditions.
Monday, October 11, 2010
Ascent Solar becomes first CIGS flexible monolithically integrated module maker to achieve external IEC 61646 certification
THORNTON, USA: Ascent Solar Technologies Inc., a developer of state of the art flexible thin-film solar modules, has become the first manufacturer of thin-film flexible monolithically integrated CIGS modules to receive full IEC 61646 certification upon completion of environmental testing.
The environmental testing of Ascent Solar modules for this paramount milestone was conducted by an independent laboratory under the requirements of IEC 61646 standards. The Ascent Solar modules successfully passed the complete battery of tests required including the rigorous standard of one thousand (1,000) hours of damp heat testing (85 percent relative humidity and 85° C temperature) set forth by IEC for performance and long term reliability.
Becoming the first high power flexible CIGS module manufacturer to complete certification now opens the door for an aggressive push into building integrated photovoltaic (BIPV) and building applied photovoltaic (BAPV) applications for use in commercial, industrial and residential rooftop markets. Nanomarkets reports that BIPV applications are the fastest growing PV segment and is projected to grow to a $6.6 billion market by 2015.
Dr. Farhad Moghadam, president and CEO of Ascent Solar stated: "Becoming the first monolithically integrated flexible CIGS module manufacturer to achieve IEC certification is a major industry milestone. We are now looking forward to demonstrating our ability to compete with existing technologies currently being used for large commercial, industrial and residential rooftop applications by adding new beta site installations in addition to those completed with existing and new potential customers that have been waiting for this development.
"We feel that we have a significant advantage when it comes to power to weight ratios and the real capability our product has to reduce balance of systems costs in turn reducing overall system installed cost to the end customer. Our demonstration of the first flexible CIGS package which meets the IEC testing opens the door to penetration into these large market opportunities.”
The environmental testing of Ascent Solar modules for this paramount milestone was conducted by an independent laboratory under the requirements of IEC 61646 standards. The Ascent Solar modules successfully passed the complete battery of tests required including the rigorous standard of one thousand (1,000) hours of damp heat testing (85 percent relative humidity and 85° C temperature) set forth by IEC for performance and long term reliability.
Becoming the first high power flexible CIGS module manufacturer to complete certification now opens the door for an aggressive push into building integrated photovoltaic (BIPV) and building applied photovoltaic (BAPV) applications for use in commercial, industrial and residential rooftop markets. Nanomarkets reports that BIPV applications are the fastest growing PV segment and is projected to grow to a $6.6 billion market by 2015.
Dr. Farhad Moghadam, president and CEO of Ascent Solar stated: "Becoming the first monolithically integrated flexible CIGS module manufacturer to achieve IEC certification is a major industry milestone. We are now looking forward to demonstrating our ability to compete with existing technologies currently being used for large commercial, industrial and residential rooftop applications by adding new beta site installations in addition to those completed with existing and new potential customers that have been waiting for this development.
"We feel that we have a significant advantage when it comes to power to weight ratios and the real capability our product has to reduce balance of systems costs in turn reducing overall system installed cost to the end customer. Our demonstration of the first flexible CIGS package which meets the IEC testing opens the door to penetration into these large market opportunities.”
Solar Energy Initiatives announces completion of 2.5 MWs of PPAs
PONTE VEDRA BEACH, USA: Solar Energy Initiatives Inc., with businesses in solar project development, distribution and workforce training, has signed three Power Purchase Agreements (PPAs) with the Tennessee Valley Authority (TVA) to build 2.5 MWs of projects with municipal and institutional clients.
Under the completed agreements, TVA has agreed to purchase all of the power the systems produce, as well as the associated environmental benefits. Solar Energy Initiatives, Inc. will lead the project development effort, including system design, installation and operation of the proposed 2.5 megawatts (MW) of photovoltaic (PV) systems on the sites.
The Company anticipates that the projects will break ground in the first quarter of 2011, with completion scheduled sometime in the summer of 2011. The projects are expected to generate approximately $10,000,000 in revenue.
"This announcement marks yet another success for the project development team at SNRY," stated David Fann, CEO of Solar Energy Initiatives. "Our ability to quickly secure these opportunities is the result of diligent preparation on the part of our management team. Our sales pipeline continues to grow and we are poised to execute on these opportunities for the benefit of our shareholders."
Solar Energy Initiatives will serve as the developer of the project and will provide all of the solar equipment and balance of system to the commercial site. In addition to product sales and services, the Company will also receive revenue from the management of the sale of the newly generated solar electricity.
SNRY plans to partner with a major funding source, as well as a recognized local solar installer, to launch the solar systems. The project is designed to utilize approximately 10,625 solar panels totaling 2.5 megawatts of installed capacity and is projected to reduce hazardous carbon dioxide emissions by 4,000 tons annually.
Under the completed agreements, TVA has agreed to purchase all of the power the systems produce, as well as the associated environmental benefits. Solar Energy Initiatives, Inc. will lead the project development effort, including system design, installation and operation of the proposed 2.5 megawatts (MW) of photovoltaic (PV) systems on the sites.
The Company anticipates that the projects will break ground in the first quarter of 2011, with completion scheduled sometime in the summer of 2011. The projects are expected to generate approximately $10,000,000 in revenue.
"This announcement marks yet another success for the project development team at SNRY," stated David Fann, CEO of Solar Energy Initiatives. "Our ability to quickly secure these opportunities is the result of diligent preparation on the part of our management team. Our sales pipeline continues to grow and we are poised to execute on these opportunities for the benefit of our shareholders."
Solar Energy Initiatives will serve as the developer of the project and will provide all of the solar equipment and balance of system to the commercial site. In addition to product sales and services, the Company will also receive revenue from the management of the sale of the newly generated solar electricity.
SNRY plans to partner with a major funding source, as well as a recognized local solar installer, to launch the solar systems. The project is designed to utilize approximately 10,625 solar panels totaling 2.5 megawatts of installed capacity and is projected to reduce hazardous carbon dioxide emissions by 4,000 tons annually.
Sunday, October 10, 2010
SANYO solar modules provide renewable power to select IKEA stores in Canada
WOODBRIDGE, USA: SANYO Canada Inc. (SANYO) announced that IKEA Canada has chosen SANYO HIT technology to generate renewable energy using the roofs of three IKEA stores in the Greater Toronto Area.
The project will support the use of industry-leading conversion efficiency SANYO HIT Power 210A solar PV modules. The SANYO rooftop PV systems at IKEA stores in Etobicoke, North York and Vaughan together will have a capacity of 750kW, which is the approximate equivalent of what is needed to power 100 average Ontario homes.
IKEA Canada will be the first retailer to exclusively own, install and operate what is expected to be the largest rooftop solar panel networks in Ontario under the Feed-in Tariff (FIT) program. The systems, installed by AMP Solar Group, will be completed and fully operational by the end of December 2010.
IKEA Canada launched this solar initiative at its Etobicoke store on October 7, 2010 in a ceremony attended by the Honourable Brad Duguid, Ontario Minister of Energy; and the Honourable Laurel Broten, Minister of Children and Youth Services and Minister Responsible for Women's Issues and MPP for Etobicoke-Lakeshore.
Other project participants included the Ontario Power Authority and two major local distribution companies, Toronto Hydro and PowerStream.
"IKEA Canada is pleased to partner with SANYO for the installation of three solar networks," says Natalia Hahn, Sustainability Manager for IKEA Canada. "SANYO's commitment to sustainability and their development of high efficiency solar panels has been an integral part of this renewable energy program at IKEA Canada."
IKEA's vision of helping to create a world where people "take better care of the environment, the Earth's resources, and each other" has found a perfect fit with SANYO's mission "to be an indispensable element in the lives of people all over the world by delivering unique and total sustainable solutions that enhance all lifestyles and industries."
"We are proud to have this opportunity to be part of the solution that provides clean, renewable power using SANYO HIT PV modules," said Koshi Terakawa, President of SANYO Canada Inc.
"For projects of this nature, we understand the importance of utilizing high-performance PV modules with proven quality and reliability from an industry leader to maximize the energy harvest," added KC Chang, SANYO Canada's General Manager of Solar Systems. "This is especially true for systems designed to leverage the Feed-in Tariff program in Ontario for 20 years."
SANYO will continue to be active in communities served by IKEA and its partners to help to ensure a sustainable planet for future generations.
The project will support the use of industry-leading conversion efficiency SANYO HIT Power 210A solar PV modules. The SANYO rooftop PV systems at IKEA stores in Etobicoke, North York and Vaughan together will have a capacity of 750kW, which is the approximate equivalent of what is needed to power 100 average Ontario homes.
IKEA Canada will be the first retailer to exclusively own, install and operate what is expected to be the largest rooftop solar panel networks in Ontario under the Feed-in Tariff (FIT) program. The systems, installed by AMP Solar Group, will be completed and fully operational by the end of December 2010.
IKEA Canada launched this solar initiative at its Etobicoke store on October 7, 2010 in a ceremony attended by the Honourable Brad Duguid, Ontario Minister of Energy; and the Honourable Laurel Broten, Minister of Children and Youth Services and Minister Responsible for Women's Issues and MPP for Etobicoke-Lakeshore.
Other project participants included the Ontario Power Authority and two major local distribution companies, Toronto Hydro and PowerStream.
"IKEA Canada is pleased to partner with SANYO for the installation of three solar networks," says Natalia Hahn, Sustainability Manager for IKEA Canada. "SANYO's commitment to sustainability and their development of high efficiency solar panels has been an integral part of this renewable energy program at IKEA Canada."
IKEA's vision of helping to create a world where people "take better care of the environment, the Earth's resources, and each other" has found a perfect fit with SANYO's mission "to be an indispensable element in the lives of people all over the world by delivering unique and total sustainable solutions that enhance all lifestyles and industries."
"We are proud to have this opportunity to be part of the solution that provides clean, renewable power using SANYO HIT PV modules," said Koshi Terakawa, President of SANYO Canada Inc.
"For projects of this nature, we understand the importance of utilizing high-performance PV modules with proven quality and reliability from an industry leader to maximize the energy harvest," added KC Chang, SANYO Canada's General Manager of Solar Systems. "This is especially true for systems designed to leverage the Feed-in Tariff program in Ontario for 20 years."
SANYO will continue to be active in communities served by IKEA and its partners to help to ensure a sustainable planet for future generations.
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