DAS Solar Rises to No.8 in Global PV Module Shipment Ranking H1 2024
14 Aug 2024

Read the full original article here from DAS Solar

DAS Solar, a leader in N-type technology, ranks No.8 in PV module global shipment in H1 2024 released by InfoLink Consulting, a leading global research consultancy in renewable energy and technology. In addition, the company achieves an A rating in Q2 PV ModuleTech Bankability Ratings Report, further emphasizing its global brand influence among the TOP10.

Notably, N-type TOPCon module shipment accounts for nearly 70% of the total shipment. With N-type technology at its core, DAS Solar is dedicated to continuous exploration and rigorous research in technology innovation, consistently surpassing industry standards in cell and module efficiency. The company has set the world record for conversion efficiency of large-area TOPCon cells for three consecutive times within eight months. The cell achieves an impressive mass production efficiency of up to 26.6%, and a open-circuit voltage of 742mV. Guided by the “one core and three branches” strategy, DAS Solar developed three supporting technologies of the DBC, TSiP, and SFOS, aiming to improve the cell efficiency to 40%. Apart from TOPCon 4.0 rectangular series and DBC series, DAS Solar also rolls out lightweight modules, flexible mounting systems and other diversified products, unlocking more possibilities of “PV+” through its all-scenario solutions covering residential, commercial and utility applications.

According to InfoLink Consulting, in an era of increasingly homogenized competition, the wattage, quality and efficiency of the product are becoming crucial elements among competitive manufacturers. Quality, in particular, is emerging as the next priority. DAS Solar’s modules, featuring TOPCon 4.0 Plus cells, excel in high efficiency, power output, bifaciality, degradation resistance, and reliability. Having successfully passed rigorous 3x IEC and IEC 63209 reliability tests, these modules have demonstrated exceptional durability, ensuring robust power performance even in challenging environments.