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744.43W - Huasun Renews HJT Solar Module Power Output Record

"Low-temperature silver paste with high-density fine busbar printing technology has been applied in the module production. I believe we'll continue to break the records of the module efficiency and power output after gradually introducing new technologies like metallized film and 0BB into mass production." Head of Huasun R&D Centre said. "Low-temperature silver paste with high-density fine busbar printing technology has been applied in the module production. I believe we'll continue to break...
China, (informazione.it - comunicati stampa - ambiente)

"Low-temperature silver paste with high-density fine busbar printing technology has been applied in the module production. I believe we'll continue to break the records of the module efficiency and power output after gradually introducing new technologies like metallized film and 0BB into mass production." Head of Huasun R&D Centre said.

Adhering to leading innovation and promoting industrial revolution with advanced R&D and excellent manufacturing capability, Huasun gathers more than half of the high-precision technical talents in the field of heterojunction, constantly explores and practices the heterojunction mass production solution of "higher efficiency, more power generation and better returns", and endeavors to build a new mainstream solar cell technology platform in the N-type era.

At present, Huasun has a production capacity of 10GW of HJT cells and modules with industry-leading product quality and efficiency. Further R&D and mass production of new technologies such as 0BB, copper plating, and perovskite tandem are also progressing steadily according to the plan. The company will continue to create long-term value for global customers and contribute to the ultimate goal of "zero carbon" for society.

Photo - https://mma.prnewswire.com/media/2221238/image_5027067_30287648.jpg 

View original content:https://www.prnewswire.co.uk/news-releases/744-43w---huasun-renews-hjt-solar-module-power-output-record-301938700.html

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