GameChange Solar, based in New York, announced that it has been awarded an order for a 100 MW Max-Span post-driven racking system for a project that will be installed in late 2016.
The numbers are still being tallied for the massed attendance of SPI 2016 in Las Vegas, but an informal consensus confirms that the show was a huge success for exhibitors, including a few more racking and tracking manufacturers we met with on the final day of the show.
This week saw collaborations between nations and companies, some numbers on the U.S. energy storage market and progress in the carving up of SunEdison, as the solar industry prepares for the Solar Power International trade show.
The world’s largest emitters have committed to the global agreement, but the voluntary nature of individual national plans leaves many doubts.
The Chinese polysilicon and PV maker will buy three of SunEdison’s manufacturing businesses involved in polysilicon production up until cell production, amid rumors that it is also planning to make a bid for SunEdison’s controlling stake in TerraForm Power.
The Chinese-Canadian solar firm shipped 1,290 MW of modules and posted net revenue of $805.9 million in the second quarter, with nearly half of its sales to the Americas.
The world’s largest inverter maker says the move is “unavoidable”, and is maintaining its sales and service operations in California.
SolarWorld could face bankruptcy as a result of its polysilicon supply dispute with Hemlock. The U.S. polysilicon supplier is claiming up to $793.5 million in damages, in court documents acquired by Reuters today.
The court document from the dramatic initial ruling in the SolarWorld and Hemlock Semiconductor polysilicon dispute reveals that Hemlock was willing to negotiate amendments to the polysilicon Supply Agreements with SolarWorld subsidiary Deutsche Solar, if the German company assisted in resolving a dispute “between the US and China over the exchange of solar-industry products.”
The Chinese solar module producer says it has achieved 21.1% average efficiency for P-type monocrystalline PERC cells produced in industrial standard conditions.
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