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Solar Frontier to Supply 100MW of CIS Thin-film Solar Module to Welspun Renewables

published: 2015-03-18 13:49

Solar Frontier and Welspun Renewables announced the signing of a 100 MW solar module supply agreement. Solar Frontier will supply its proprietary CIS thin-film solar modules, manufactured in Japan, to Welspun Renewables –a generator of solar energy in India. Solar Frontier’s CIS modules will be used in Welspun Renewables’ upcoming solar power projects in India at sites with high levels of solar irradiation.

“Solar energy is a priority sector for meeting India’s high demand for clean, renewable and economical energy. The government of India has set a target of 175 GW of renewable energy by 2022, of which 100 GW will be solar energy. Agreement with Solar Frontier brings us one step closer to meeting our green energy commitment,” said Welspun Renewables’ Director, Sindoor Mittal. “We have worked with Solar Frontier on multiple projects before, and we do so again based on the proven high electricity yield and quality of its CIS technology, on top of the company’s close support.”

Welspun Renewables’ supply agreement follows a recent spate of Power Purchase Agreements that the company has signed with multiple state governments. The company targets commissioning over 1 GW of solar and wind capacity within fiscal 2015. Welspun Renewables is present across nearly all states in India.

“We are honored to continue working with Welspun Renewables,” said Atsuhiko Hirano, CEO of Solar Frontier. “This is a landmark agreement for Solar Frontier as we continue to develop our presence in key international markets with companies that are sustainable and show willingness to work closely together.”

CIS modules generate a higher energy yield than crystalline silicon modules in real-world operating conditions. This includes hot climates such as in India, where CIS modules benefit from a low temperature co-efficient (meaning a smaller loss in conversion efficiency as temperature increases), and their “light-soaking effect”, which further boosts power output after the module is exposed to light.

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