On September 2nd, in Zaozhuang City, Shandong Province, QW SOLAR (SZ.300716) announced another piece of good news from its Shandong base. QW SOLAR’s Shandong base successfully connected its 6MW rooftop PV power generation system to the grid and hold a zero-carbon launch ceremony. This signifies that QW SOLAR's intelligent zero-carbon factory has entered a new stage of development.

In the morning of September 1st, with crystal clear sky and booming firecrackers, the Anhui base of QW SOLAR was filled with laughter, excitement, and a festive atmosphere. At 9:58 am, all employees held a warm celebration ceremony to congratulate the relocation and announce the official inauguration of the brand-new office. This marks a new milestone in the development and construction of QW SOLAR’s (SZ.300716) Anhui base.

On August 30th, in Bangkok, Thailand, QW SOLAR (SZ. 300716) made its official debut at the ASEAN Renewable Energy Week Exhibition held at the Queen Sirikit National Convention Center, showcasing their core product, the "GIWA5" series of high-efficiency Heterojunction (HJT) module products, and presented their latest PV products and solutions at this important industry event in Southeast Asia. The exhibition booth of QW SOLAR utilized a new color scheme and design concept, creating a refreshing and unforgettable visual experience, which demonstrated their strong emphasis on customer experience and the perfect taste for integrating of aesthetics and technology. Their presence instantly became the focus at the event, receiving extensive attention from the audience and industry experts.

August 22nd, QW SOLAR (SZ. 300716) received good news from its Zaozhuang base in Shandong province: it has achieved mass production and delivery of the "GIWA 5" series 710W high-efficiency heterojunction (HJT) modules. Since the release of HJT modules in February this year, QW SOLAR has utilized low-silver content paste and optical film encapsulation technology for its products. Continuous optimization and design improvements have been made to the cell gridline and spectral matching, resulting in a maximum power output of up to 730W and an impressive conversion efficiency of 23.5% for the modules.