news digest ♦ Solar
Lloyd Wright Foundation’s passion to forward his legacy — by integrating sustainable energy into his work,” said Larry Whittet, First Solar project manager for the Taliesin West solar project. “Taliesin West is a global architectural landmark that has captivated the imagination of visitors for 75 years, and we are proud to be part of this historic undertaking,”
The Energizing Taliesin West program was initiated after a recent energy assessment by Big Green Zero. The assessment indicated that Taliesin West’s energy bills could be reduced by as much as 51 percent through simple conservation methods.
“The Foundation is proud to announce First Solar as a partner in achieving our sustainability goals,” said Robert Roth, CEO of Big Green Zero. “As a local company focused on harnessing Arizona’s most abundant natural energy source — the sun — First Solar will provide Taliesin West with state-of- the-art solar panels in order to reach the property’s goal of producing as much energy as it consumes.”
“This year marks the 75th anniversary of Taliesin West,” adds Malone, “a perfect time to focus on the future. Energizing Taliesin West does just that — it celebrates the future of the Frank Lloyd Wright Foundation, and our future as a society.”
Solar Frontier CIS module breaks efficiency world record
Together with Japan’s New Energy and Industrial Technology Development Organisation (NEDO ) the firm has achieved 17.8% aperture area efficiency on a 30cm x 30cm CPV submodule
This new record for thin-film CIS technology was accomplished at Atsugi Research Centre (ARC), Solar Frontier’s dedicated research laboratory in Japan.
This facility is the cornerstone of the company’s integrated research and production framework. After a string of major deals and production milestones unveiled in the past few months, the latest announcement underlines the company’s fundamental capability in R&D with focus on
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www.compoundsemiconductor.net March 2012 practical commercial applications.
“I would like to emphasize as we have before that this efficiency is on a fully integrated submodule, which our laboratory produces with processes very similar to what is in place in our factories at commercial production scale,” said Satoru Kuriyagawa, Chief Technology Officer at Solar Frontier. “Even higher efficiencies can be achieved by using a device with a very small surface area, but the reason we prefer to focus on the submodule level is that the path to commercial production is more practical. This achievement confirms that we are on track to achieve the higher module efficiencies we are targeting in our commercial production efficiency roadmap.”
“This latest efficiency achievement demonstrates Solar Frontier’s continued leadership not only in the mass production of CIS thin-film solar modules but also in the technology’s fundamental advancement, where our company’s roots lie as a pioneer of CIS,” said Solar Frontier’s Senior Vice President, Atsuhiko Hirano. “ARC is one of the most advanced solar R&D labs in the world. Its achievements include pioneering work in the zinc oxide buffer compound that eliminates the need for cadmium. The work done here is the foundation on which our products are able to achieve more kilowatt hours under actual operating conditions, meeting the needs of residential, commercial and utility customers worldwide.”
This new record surpasses Solar Frontier’s previous world record of 17.2% set in March 2011.
Solar Frontier’s CIS modules are manufactured at its Kunitomi plant, which started full commercial operations last year. The technological advances made at ARC are applied to mass production through Solar Frontier’s integrated research and production framework, which includes a pilot plant equipped with the machines on which the GW-scale Kunitomi plant’s machinery is based.
The Kunitomi plant recently produced a champion module at 14.5% aperture efficiency (13.38% module efficiency), achieving a 164W rating.
About Solar Frontier
Solar Frontier K.K., a 100% subsidiary of Showa Shell Sekiyu K.K. (TYO:5002) (“Solar Frontier”),
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