Developed by the Korea Institute of Energy Research (KIER), the “non-destructive” technology is claimed to enable the recovery of 100% of a module’s glass and to allow the reuse of silicon for producing new solar cells with an efficiency of 20.05%.
Solar product detentions at U.S. ports of entry all stem from a June 24 “Withhold Release Order” issued by Customs and Border Protection.
As technology redefines the delivery of network services, grid operators in remote areas the world over are searching for more cost-effective and reliable alternatives to traditional poles and wires. Standalone power systems are the solar application that is at the forefront of the switch, and they’re ramping up fast.
Halide perovskites combined with conventional silicon could help solar break the 26% efficiency barrier – disrupting the technology without disrupting business systems.
Next Energy and Marubeni are developing a blockchain tech for PV module inspection – with the support of the Japanese government – which they claim is able to provide data on a panel’s traceability and components as well as verifying that the data were not modified or tampered with.
An order issued in late June instructed customs agents to detain solar shipments containing silica-based products sourced from a Chinese firm and its subsidiaries. Three solar players may already have been impacted.
Three PhD students from Melbourne are moving their research into recycling lithium-ion batteries from the labs into pitch meetings, vying to become one of the first companies in Australia to recover the metals and minerals from spent batteries. Their method, they say, is simpler, less toxic and more cost competitive than those widely used.
The new factory should begin production within six months and serve the company’s cell and module assembly factories in Malaysia, as well as the module assembly facility in the United States.
LG Energy Solution has agreed to take 100% of the cobalt and nickel from the proposed Sconi Project in Queensland. The company says the deal will give it an “upper hand” in EV battery production and improve its ESG competitiveness.
Researchers in China have developed a smart solar window tech based on a photovoltachromic device that is able to achieve a high pristine transmittance and to be self-adaptable to control indoor brightness and temperature. The device was assembled via a full solution process in an architecture incorporating glass, a fluorine-doped tin oxide (FTO) layer, a perovskite-based PV cell, an electrochromic gel, another FTO layer, and glass.
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