Manufacturing

Grew Energy unveiled its 550 Wp p-type mono PERC module with a module conversion efficiency of up to 21.29% and n-type TOPCon module with up to 23% module conversion efficiency at Intersolar India 2024 last week.

Larsen & Toubro (L&T) has commissioned its first indigenously manufactured electrolyzer at the green hydrogen plant of its state-of-the-art manufacturing facility AM Naik Heavy Engineering Complex in Hazira, Gujarat. The pressurized alkaline electrolyzer can produce 200 Nm3/hour of hydrogen.

Austrian manufacturer Aerocompact has developed the SN2 Q PLUS solar mounting system, which can support PV modules measuring up to 1,310 mm x 2,500 mm. It has an installation angle of between 5 degrees and 10 degrees.

Bernreuter Research says the volume of polysilicon shipments into China dropped 28.5% year on year in 2023 to the lowest level since 2011. It predicts that imports could fall by another 40% this year.

Researchers in Sweden have developed a new PVT module using an aluminum alloy structure between the thermal absorber and the photovoltac cells. This architecture reportedly reduces thermal expansion by 20%, thus increasing the chances of mitigating cracks in the PV unit.

Perovskite technology, with its potential for large-scale deployment and local production, presents a compelling pathway towards a more secure and sustainable energy future.

Gujarat-based Cosmic PV Power is expanding its solar module manufacturing capacity to 1.2 GW per year with the addition of a 600 MW line. The new line will be equipped for TOPCon modules and will start production by May.

Canadian Solar says its new 14 GW vertically integrated cell and module factory will require an investment of CNY 9.63 billion ($1.33 billion), while Aiko Solar says it will invest CNY 9.97 billion in a 10 GW facility.

Polycab has unveiled three-phase inverters for residential and commercial rooftop solar PV projects. The inverters have a nominal power rating ranging from 5 kW to 30 kW and a maximum efficiency of 98.4%.

Indian researchers have proposed to build tandem solar cells based on a CIGS top cell and a bottom cell relying on a single-walled carbon nanotube (SWCNT) absorber. SWCNTs were previously used in solar research as an alternative to conventional metal grid contacts or hole transport layers (HTLs), as they combine optoelectronic properties, flexibility, chemical stability, and simple transfer protocols.