Waaree Energies says it will use the latest $121 million equity investment to build 6 GW of solar wafer-to-module manufacturing capacity.
South Korean companies Posco and East-West Power are developing a new building-integrated solar photovoltaic solution. The new product uses special galvanized steel as the panel’s backside that Posco says lasts five to ten times longer than standard steel.
Daqo and Longi report that lower polysilicon prices have affected their earnings. Aiko Solar, meanwhile, has announced a 120% year-on-year increase in its net results for the first half, with shipments reaching 18.7 GW.
Scientists in the United States applied quantum computing techniques to the study of singlet fission – a little understood phenomenon that carries the potential to greatly increase solar cell efficiency. For now, the study reveals more about potential applications for quantum computing than for solar cells. But the techniques demonstrated could eventually helps scientists identify better materials for highly efficient solar cells.
Scientists in India have proposed to use solar modules at the end of their lifecycle as a building material for low-cost small housing units. With solar module recycling currently not viable economically, the researchers said their approach makes conventional solar panels into BIPV products without any modifications.
Solestial says its ultra-thin solar cells will power in-space delivery vehicles for Atomos Space.
In a new weekly update for pv magazine, OPIS, a Dow Jones company, provides a quick look at the main price trends in the global PV industry.
China-based Halead is offering a reflective material for ground-mounted bifacial PV projects, which it claims can increase the annual power production of a solar plant by over 9%. Germany’s TÜV SÜD certified the performance of the solution.
Sono Motors has equipped its first bus with its PV retrofit solution, featuring 16 semi-flexible rooftop solar modules to feed 1.4 kW of output into the vehicle’s battery system.
A research group in the United States has developed a process to recover lead in its metallic form so that it can be reused in the PV industry. The process relies on a leaching solution based on a combination of acetic acid (CH3COOH) and hydrogen peroxide (H2O2), which the researchers said leaches the lead ‘in a matter of minutes.’
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