U.S. based manufacturer SEG Solar has announced that it has exclusively supplied its Yukon series modules to a 1.2MW distributed rooftop project in China.
Risen Energy has announced that its HJT series Hyper-ion module has achieved a maximum power of 741.456W and an efficiency of 23.89%, the new world record being verified by TÜV SÜD.
JinkoSolar has developed a process via which 92% of the materials which make up a solar panel can be recycled, including cells, front glass, back sheet, aluminium frame, copper wire, encapsulation material and junction box.
A delegation from Uzbekistan’s Ministry of Energy, including the minister himself, Mr Jurabek Mirzamakhmudov, has visited JinkoSolar’s state of the art smart factory in Haining, China.
Jinchen has showcased its all-round technology in the PV equipment field at Intersolar North America, presenting its HJT cell turnkey solution and high-efficiency automated module production line.
Growatt has inaugurated the first phase of a new manufacturing plant in Haiphong, Vietnam. The new facility will produce solar and storage inverters and storage batteries, with an expansion plan to achieve an annual production capacity of 500,000 units of inverters and 100,000 units of batteries.
DAS Solar has launched its N type PRO module, with power output of 635W and a conversion efficiency of up to 22.72%. The module features the company’s exclusive N-type TOPCon 3.0 cell technology, which has achieved an efficiency of 26% in the lab and 25.2% in mass production, underlining the manufacturer’s status as a leader in the industrialization of N-type technology.
Huasun has reached a strategic cooperation with Ping An Property and Casualty Insurance and Lloyd’s of London’s Ariel Re for the provision of reinsurance services related to the long-term product quality and performance attenuation of the company’s HJT modules.
The shingled panel adopts Thermal Laser Separation (TLS) technology, with the cell cut into several strips and interconnected using conductive adhesive to achieve flexible connection. This optimizes the panel structure, enabling zero cell spacing, which effectively increases the panel’s light-receiving area.
