China’s DAH Solar has developed a turnkey solar system with a plug-in connection for residential applications. The kit can reach a maximum size of 2,279 mm × 1,134 mm × 32mm and weighs up to 59.8 kg.
India’s solar module manufacturing capacity could reach 110 GW by 2026. It will also have a notable presence in all upstream components of PV manufacturing, such as cells (59 GW), ingots/wafers (56 GW), and polysilicon (38 GW).
NTPC has tendered the bifacial PV module package for the Nokh solar project in the Indian state of Rajasthan. Only domestic manufacturers are eligible to bid. Bidding closes on April 25.
Solar module prices will be pressured by rising industrial capacity this year, with capacities doubling in the ingot/wafer stages and potentially quadrupling for polysilicon by 2027, according to the latest PV pricing report from Clean Energy Associates (CEA).
Data collected from a 30 MW PV project in China’s Tianjin Province demonstrates that n-type tunnel oxide passivated contact (TOPCon) modules achieve a little more than 5% more energy yield than p-type PERC. Analysis by JinkoSolar, which supplied its TOPCon modules to the project, credits the n-type modules’ increased performance to a better temperature coefficient in the project’s hot climate, higher bifaciality and lower degradation.
Avaada Group won a production-linked incentive of INR 961 crore ($116.78 million) for 3 GW of wafer-to-module capacity.
Amprius has obtained third-party performance verification for a battery cell that offers high power density in a lightweight package.
Eleven companies have emerged winners in the second round of production-linked incentive scheme for high-efficiency solar modules. Out of these, Indosol, Reliance, and First Solar have won incentives for fully integrated manufacturing capacities.
Sunmaxx says Fraunhofer ISE has confirmed the 80% efficiency of its new photovoltaic-thermal (PVT) module. It consists of 108 PERC half-cells in M10 format, with 400 W of electrical output and 1,200 W of thermal output.
Researchers at IIT Mandi developed high-quality, uniform thin films of nickel oxide on the silicon substrate using an aerosol-assisted chemical vapor deposition technique with nickel nitrate as the precursor material.
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