U.S. business 1366 Technologies is looking for Indian module manufacturing partners as it plans to bring its ‘direct wafer’ production technique to the country. The company uses molten silicon to form wafers rather than sawing ingots, thus eliminating dust waste and speeding up the process.
The four manufacturers are Hoshine Silicon, Daqo, East Hope, and GCL New Energy Material.
The panels will be used for the first 100 MW phase of a 1 GW solar park under construction in in Dachaidan, Qinghai, western China.
Researchers in Japan have found a new way to fabricate one of the most promising perovskite materials for PV application — the α-formamidinium lead iodide known as α-FAPbI3. With a pre-synthesized version of this material, they were able to produce a cell with a power conversion efficiency of 23.5% and a lifespan of more than 2,000 hours.
The Solar Energy Manufacturing for America Act would establish a tax credit for domestic solar manufacturers in an effort to boost the U.S. solar supply chain, create American clean energy jobs, compete with Chinese manufacturers, and support energy independence.
Rice University engineers produced “near-perfect” 2D perovskite crystals for photovoltaic applications, grown from seeds.
The two solar manufacturers will get priority access to polysilicon produced at the planned fab in Inner Mongolia, which developer Xinte Energy has said will be fully operational by June 2023.
The cell exhibited an open-circuit voltage of 1.1 V and was able to retain around 90% of its initial performance after 215 days of exposure to dim light at room temperature. According to its creators, this performance and the notable stability were ensured by the thermal evaporation technique used for depositing the perovskite layers onto the cell.
Furthermore, Zhonghuan Semiconductor has slightly reduced its wafer prices, while Longi has maintained them unchanged. Flat Glass is raising funds to support the construction of a new glass factory with a total annual capacity of 750,000 metric tons.
The methylammonium-free inverted solar module was built on a flexible substrate made of polyethylene terephthalate (PET). A hole transporting material made of poly(triarylamine) (PTAA) and a double-cation cesium formamidinium (CsFA) perovskite layer were deposited through blade-coating and nitrogen-assisted blade-coating.
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