Recently, Tongwei Solar, Shanghai Microsystems, and Three Gorges Capital signed a strategic cooperation agreement on the industrialization of silicon-based heterojunction solar cells at Chengdu Tongwei International Center, which will promote the resources of industrialization, technology research and capital. Tongwei Solar realizes industrial production of heterojunction solar cells.
Tongwei has become the world’s largest supplier of photovoltaic cells with the rapid completion of previous Chengdu Phase I and Phase II bases. This has established a heterojunction pilot-scale R&D platform, which is expected to add more help to the recent heterogeneous heterojunction technology. Further expand the volume of heterojunction technology in the photovoltaic industry.
The conversion efficiency of mass-produced heterojunction solar cells will be challenged by more than 23%, and the heterojunction can not only be combined with high-efficiency component technology to further promote the power of solar modules. In addition, Zhang Guanlun, senior vice president of Tongwei Solar R&D, said: “Heterogeneous junctions In the future, the thinning of silicon wafers will show more advantages, and it will be characterized by double-sided power generation and low temperature coefficient. The future development is just around the corner.”
The three-way cooperation plan will achieve more than 10 GW of heterogeneous technology mass production in five years. According to the PV InfoLink database, heterogeneity has become the new generation of manufacturers who are actively investing in R&D after P-type PERC technology. Technology, not only the Japanese manufacturer Panasonic continues to promote, domestic Jinneng, Zhongzhi, Hanergy, etc. are still expanding production plans, and now the addition of the largest battery chip manufacturer Tongwei, let the heterojunction technology follow-up, in the near future First observe whether the upcoming technology leader heterojunction technology successfully seizes the opportunity.
Source: pvinfolink
