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Hanwha Q CELLS supplies 10 MW modules to actensys Solar Park Körbelitz II in Saxony-Anhalt


‘- 36,360 Q CELLS solar modules produce sustainable electricity for around 2,500 households in the Körbelitz region

– Q.PLUS solar modules with Q.ANTUM technology boast higher yields and lower electricity production costs

[Thalheim / Ellzee, Germany, October 26 2017] – Hanwha Q CELLS GmbH, German subsidiary of the world’s largest producer of 100% inhouse solar cells and modules, Hanwha Q CELLS Co., Ltd. (NASDAQ: HQCL), and actensys GmbH commissioned the 10 MW Körbelitz Solar Park II in the Jerichower Land district of Saxony-Anhalt in spring 2017. actensys GmbH developed, planned and built the photovoltaic power plant in three weeks of construction. Hanwha Q CELLS supplied around 36,360 Q.PLUS BFR-G4.1 photovoltaics modules with Q.ANTUM technology. A total of 24 SolarMax TS-SV 360 central inverters feed solar power into the medium voltage grid. The plant will produce around 11,000 MWh of clean energy a year, saving almost 6,000 tonnes of CO2.

Roman Jehle, Projects Manager at actensys GmbH said: “actensys GmbH is an experienced solar developer with around 3,000 planned and installed solar projects and a total output of 200 MW under their belt. The Solar Park Körbelitz II is another successful example of how photovoltaic plants pay off in Germany. Professional planning, seamless and careful plant constructions and, in particular, the performance and quality of the solar modules are all crucial for maximum profitability. The outstanding energy¬ yield of Q CELLS modules in low light and high temperatures and their reliability really make the key difference.”

Christian Hauser, Key Account Manager at Hanwha Q CELLS said: “We would like to thank actensys GmbH for trusting us with this major project. actensys has a great deal of experience and expertise in solar projects. We share their high standards for quality and sustainable project success, which is why we are looking forward to continuing and expanding this successful collaboration.”

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