8GW！ Another heterojunction battery project put into production

On August 22, the first piece of Meishan Yisheng photovoltaic high-efficiency heterojunction cell was successfully launched in Danling County, Meishan City, Sichuan Province, marking the formal commissioning of the project!

It is understood that Meishan Yisheng Photovoltaic 8GW High-efficiency Heterojunction Solar Cell Project, with a total investment of 4.5 billion yuan, is a key construction project in Sichuan Province in 2023. After 206 days of hard work day and night, the project was constructed, completed and put into operation in the same year. By the end of 2023

, Huasheng PV will achieve a production capacity of 3.8GW and an output value of 4.7 billion yuan; in 2024, it will achieve a production capacity of 8GW and an output value of 10.4 billion yuan. At that time, it will become a high-efficiency heterojunction cell project with the largest single building area, the longest single production line and the largest single production capacity in China.  

"Five fully automated production lines have been introduced in the first phase of our project, and the annual production scale will reach 3.8 GW." According to Yang Wendong, deputy general manager of Meishan Yisheng Photovoltaic Technology Co., Ltd., the heterojunction battery has excellent light absorption and passivation performance, and is superior to PERC technology in efficiency and performance. It is one of the battery technologies to improve the conversion rate and power output to the advanced level in the current solar industry, and also represents the development direction of the new generation of battery platform technology. The experimental data show that the conversion efficiency of photovoltaic heterojunction cells is up to 25.5%, ranking first in the market, which also brings strong confidence to the company.

Subsequently, Tang Xuan, general manager of Yisheng Photovoltaic, came to the stage to accept the licensing of the National Photovoltaic Product Quality Inspection and Testing Center, the Joint Technology Center for Solar Cells and Components, and the Industry-University-Research Base.

Source: Meishan Publishing, Yisheng Photovoltaic, Chinanews.com