DAS Solar, a leader in N-type PV technology, attended the ENEX in Kielce, Poland. As one of the most highly anticipated events in the Polish energy sector, the event brought together leading renewable energy companies, providing a platform for showcasing the latest technologies and innovations. DAS Solar presented its high-effciency N-type modules, DBC modules, and other products, attracting significant attention from international exhibitors and attendees, marking a new chapter for the company's expansion into the European market.
Poland, located in Central Europe with abundant solar resources, has emerged as a key player in the renewable energy sector in recent years. Driven by technological innovation, the region witnesses a surge in both residential PV installations and large-scale commercial PV power plants. Thanks to increasing public awareness of environmental issues and government initiatives such as national plans and special subsidies, solar energy has secured a critical role in Poland's energy landscape. By the end of 2024, Poland's cumulative installed PV capacity has exceeded 20 GW, accounting for approximately 25% of the country's renewable energy generation and 7% of the total energy mix, placing it among Europe's top-tier nations.
Supported by net metering schemes and government policies, Poland's solar market is primarily focused on residential distributed micro-grids. To cater to the growing residential market, DAS Solar leverages its advanced N-type technology to develop high-performance, aesthetically pleasing PV solutions, launching the 510W 54-cell black-framed modules and the 455W 48-cell all-black modules at the event. The DAS black series utilizes innovative coating technology and colorless coated glass to enhance light absorption and optimize overall power generation. The various customization options, such as black cells, black frames, and transparent back sheets, deliver an elegant visual experience, while the innovative design improves ease of transportation, handling, and installation, perfectly meeting the dual demands for performance and aesthetics in distributed rooftop projects.
Another highlight is DAS Solar's new-generation 470W 54-cell DBC modules. These modules combine the high efficiency of TOPCon technology with back-contact technology, benefiting from the excellent passivated contact structure of the TOPCon cells. All electrodes are located on the back surface of the cells, eliminating the shading losses typically caused by front busbar, resulting in both aesthetic appeal and increased current. With the advantages of both TOPCon and BC technologies, the modules feature a low temperature coefficient, significantly improved power and efficiency, and are ideal for distributed projects.