On April 12, the "8th China Energy Development and Innovation" forum was held in Beijing. With the so-called "dual carbon" goals, which aim to peak carbon dioxide emissions by 2030 and achieve carbon neutrality before 2060, DAS Solar was awarded the "2022 Innovative Enterprise for Practicing the Double Carbon" at the forum.

This award is a high recognition of DAS Solar in carbon neutrality. As a PV manufacturer specializing in the research and development of high-efficiency cells, modules and a provider of comprehensive photovoltaic application system solutions, DAS Solar has always regarded the green and low-carbon concept as the central idea leading to high-quality development. DAS Solar is committed to promoting energy conservation and emission reduction with innovative technologies and high-quality products, driving the green transformation of the market.

As one of the earliest photovoltaic companies in China to deploy N-type technology, DAS Solar built a 1.2GW N-type TOPCon high-efficiency solar cell manufacturing line in 2019. Through continuous exploration and application in the N-type technology field, DAS Solar has successfully developed TOPCon 3.0 technology, resulting in an average efficiency of over 25.2% in cell production, with the highest production efficiency reaching 25.6%. Moreover, DAS Solar have integrated new energy development with ecological governance. These efforts have contributed to successful cases, such as the Anhui Fuyang Southern Wind-solar-storage Base project, which is currently the world's largest floating solar power plant.

Recently, with outstanding carbon emission performance, DAS Solar has also satisfied the high standards required for French carbon footprint certification, which is an extremely important indicator to enter the global market. In addition to technological and scenario innovation, DAS Solar has integrated the concept of green development into the entire lifecycle of its photovoltaic modules. DAS Solar has implemented a strict and refined green, low-carbon management mode in various areas. This mode has led to the release of green energy efficiency during usage and the improvement of green recycling rates during recycling.