Recently, Wang Qirong, the mayor of Suzhou and the county leader of Sixian, Wang Runa and others visited subsidinary company of QW SOLAR Technology (SZ.300716), Anhui QW SOLAR for the key project construction inspection and research. They are warmly welcomed by our senior management team.
QW SOLAR Technology's second manufacturing site based in Sixian County, Anhui Province, The government of Suzhou are concerned about it and would like to provide all their support. Our management team accompanied during their visit and introduced our strategy and plan of QW SOLAR Technology. And they made a detailed report regarding the project development and the products, production capacity planing to the mayor of Suzhou City, Wang Qirong, the county mayor of Sixian, and other leaders.
Anhui QW SOLAR is a holding subsidiary of QW SOLAR Technology (SZ.300716) and an investment entity in the heterojunction photovoltaic cell project in Sixian. The project has a planned land area of 460 acres and a construction area of approximately 300,000m2. A new production base for 5GW high-efficiency heterojunction (HJT) photovoltaic cells and 5GW high-efficiency photovoltaic modules will be built, with plans to be completed and put into operation in 2023. The entire project adopts a green, low-carbon, environmentally friendly, and fully intelligent solution, committed to building the first zero carbon smart factory in Anhui Province.
At present, the Shandong Zaozhuang production base (Phase I) of QW SOLAR Technology (SZ.300716) has been completed and put into operation, and the production base in Sixian, Anhui is under intense construction. These two major bases have accelerated the release of efficient heterojunction battery and module production capacity, creating a competitive advantage in scale. In the future, the company will increase its efforts in scientific and technological research and development, optimize its production capacity layout, actively explore the market, provide high-quality, green, and efficient products and services to the entire society, and help achieve the national "3060" dual carbon target as soon as possible.
