Juwi Solar, one of the leading project developers of solar plants, and MiaSolé, the leading manufacturer of Copper Indium Gallium Selenide (CIGS) thin-film photovoltaic solar panels, announced the completion of a multiple year purchase agreement to supply CIGS modules from MiaSolé (Santa Clara, USA) to juwi Solar GmbH (Wörrstadt, Germany).
The agreement outlines 50 MW of shipments in 2011 and a total of 600 MW to be shipped over the period of the agreement. The framework agreement represents the next step in what has been a long term relationship between the two parties.
美國當地８月２３日，Juwi Solar 光伏電站的項目開發商，和GIGS薄膜光伏太陽能電池板制造商MiaSolé 宣布完成了購買合同的簽署。協議規定MiaSolé公司提供GIGS組件給Juwi Solar公司.

合同大概規劃了MiaSolé公司2011年將會提供50ＭＷ并且在合同期間將總共有６００ＭＷ會陸續傳輸過去。這個框架合同說明了下一個階段兩個公司之前的長期合作關系。

兩家公司還簽訂了兩項長期購買協議，juwi Solar公司會提供MiaSolé’s公司 CIGS光伏組件，期中一個較大的項目是７．５ＭＷ的ＣＩＧＳ薄膜組件供應協議，這些組件將會在２０１０年第三個和第四個季度進行關于地面和屋頂安裝項目。

“Juwi has an excellent history of developing and executing projects on a number of continents,” said Joe Laia, CEO of MiaSolé. “We are happy to align our corporate strategy with their history and experience.”
“The long-term nature and volumes outlined in the current supply agreement with MiaSolé enable juwi to continue its plan of rapid growth,” said Lars Falck, Managing Director of juwi Solar. ”In the prevailing unpredictable environment, MiaSolé is proving to be an outstanding partner. We are very fond of their product. Quality and professionalism will enable MiaSolé to quickly gain market share.”
The companies signed two further purchase agreements to supply juwi Solar GmbH with MiaSolé’s CIGS photovoltaic modules. The larger agreement is for 7.5 MW of CIGS thin-film modules and will be used in Q3 and Q4 of 2010 for ground mounted and rooftop projects throughout Germany. This follows 1 MW of CIGS modules delivered to juwi in Q2 2010 for projects in Germany and San Antonio, Texas.
The MiaSolé module incorporates a glass-glass design, suitable for the most rigorous snow load requirement and design features such as a low open circuit voltage and interconnecting cables that reduce owner’s balance of systems cost versus comparable thin film modules.