As reported by pv magazine, BDO was not permitted access to the paperwork on 11 solar project companies sold by Shunfeng International in 2020 and, therefore, could not offer an opinion on the financial prospects of the business based on last year’s performance either, given the lack of comparative numbers.
Chinese inverter maker Growatt has launched Infinity 1500, a portable power station for off-grid applications.
Daqo announced its best quarterly financial results, with net profit reaching $535.8 million, while Sungrow saw its profit drop by 19%. Polysilicon manufacturer GCL-Poly changed its name to GCL Technology Holdings Limited and announced a plan to build another 100,000 MT polysilicon factory in Inner Mongolia in partnership with Zhonghuan Semiconductor.
In an upcoming pv magazine Webinar, Chinese manufacturer JA Solar will present its M10 DeepBlue 3.0 modules based on gallium-doped technology for either rooftop or large-scale applications. The company’s senior technical manager, Ignacio Espinosa, discusses the advantages offered by the M10 technology.
Solar developer Beijing Energy reported a bumper prediction apparently made by the China Electricity Council, as the developer published its annual figures today.
Newly rebranded GCL Technology is laying plans to invest more than $1 billion into its output capability, as its latest set of quarterly figures again spelled out just how profitable the business is at the moment.
TBEA-owned Xinte Energy says it cannot produce polysilicon quickly enough to meet demand and wants shareholders to back its bid to quadruple its manufacturing capacity by mid 2024.
Hoshine plans to expand PV glass production, while Tongwei is raising PV cell prices, with a particular focus on monocrystalline cells. Maxwell Technology has secured a 4.8 GW production line order from India’s Reliance Industries, while JA Solar has reported a net profit increase of 35% for 2021.
Chinese manufacturer Eging has unveiled a new line of bifacial TOPCon solar panels based on n-type wafers and 210 mm cells. The modules have a temperature coefficient of 0.31% and efficiencies ranging from 21.24% to 22.05%.
Academics from MIT and Stanford who have posited a new production method for perovskite solar cells have also developed a machine learning system which benefits from the experience of seasoned workers – and they’ve posted it online for anyone to use.
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