In a new weekly update for pv magazine, Solcast, a DNV company, reports that North America experienced a highly variable solar performance in October, as a strong high-pressure system boosted irradiance across the eastern regions while cooler, cloudier conditions reduced solar potential in the Pacific Northwest.
The Italian manufacturer said its new WWMG heat pump system has a coefficient of performance of up to 4.98 and an energy efficiency rating of 16.30 BTU/Wh.
The company has produced its first sodium-ion battery prototype and, in collaboration with Spanish research institute CIC energiGUNE, developed sodium-ion cell prototypes that have shown “very promising results.”
Scientists in China have investigated how frame perforations can help reduce the operational temperatures of solar modules through air cooling. Their findings show that the number of perforations must be carefully calibrated, and that more is not necessarily better.
The Swedish company stated that its new product was designed for use in compact, molten salt energy storage applications, eventually in combination with PV power. In its standard configuration, it can reportedly withstand temperatures up to 400 C and pressures up to 60 bar.
The cell reportedly exhibits only a 0.4% efficiency loss compared to a reference device that underwent full silver metallization.
German industrial group Bosch says the Bamberg facility complies with European Union renewable hydrogen rules and will produce over one ton of green hydrogen daily.
The manufacturer cites rising material costs, heightened competition from lithium-ion batteries, and the slow uptake of long-duration storage technologies as the reasons for the decision.
The H2 Hollandia project will connect a 5 MW electrolyzer to an existing 115 MW solar park to produce around 300,000 kg of green hydrogen annually. Project developers told pv magazine the electrolyzer will prevent around half of the solar park’s current curtailment levels.
An international team is proposing to use antimony-doped Czochralski-grown silicon as an alternative to n-type silicon for photovoltaic applications. Their analysis showed that 140 μm as-cut planar antimony-doped wafers exhibit slightly higher mechanical strength compared to common wafers doped with phosphorous.
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