Recently, Risen Energy announced that it has successfully reduced silver consumption in its Heterojunction (HJT) Hyper-ion solar modules to less than 7mg per watt, not only significantly better than both PERC (around 7.82mg/W) and TOPCon (around 10.24mg/W), but also stands out as a leader in HJT technology. This breakthrough highlights Risen Energy’s commitment to advancing photovoltaic (PV) solutions. Together with the recent achievement of 3x IEC certification from TÜV SÜD, it demonstrates the gradual evolution of HJT Hyper-ion solar modules into more cost effective, efficient and reliable products.
Risen Energy recently announced a significant achievement that it successfully passed the TÜV SÜD 3X IEC environmental testing. According to the testing report, under stringent testing conditions, Risen Energy’s HJT Hyper-ion modules demonstrated a maximum power degradation rate of less than 5%. The test results indicate that the product not only exhibits outstanding weather resistance and reliability but also industry-leading material and process selection as well as application, making it the best product that meets the high-quality installation requirements of global customers.
NINGBO, China, Dec. 27, 2023/PR Newswire/ -- Recently, Risen Energy, a global leading solar photovoltaic (PV) manufacturer, emerged as the winner among over 200 entries from more than 39 countries worldwide. As the sole recipient in the module category, Risen Energy's triumph stands as a compelling testament to their unwavering dedication to excellence.
Dear Everyone, Over the past decades, China’s photovoltaic (PV) industry has weathered numerous challenges, and through continuous technological innovation and scale expansion, has become one of the most competitive and influential sectors globally, significantly contributing to the development of clean energy worldwide. In the last decade, the industry has explored the potential of the manufacturing supply chain and PV systems, elevating the power of individual modules from an initial 100W+ to 700W+ nowadays. Increasing the efficiency and power of modules to reduce the LCOE has become an inevitable trend driving the industry forward.