Risen Energy won the bid for China Datang HJT procurement project as the first candidate
Recently, Risen Energy won the bid as the first candidate for China Datang Co., Ltd. (hereinafter referred to as "China Datang") for the 2024-2025 centralized procurement of photovoltaic modules (bidding section 3). The purchased products are n-type heterojunction （HJT）photovoltaic modules with the total capacity of 1GW. Being with the high power generation advantages and excellent performance, Risen Energy’s HJT Hyper-ion modules have once again been recognized by large-scale enterprise customers.
As a leading global company focusing on the R&D and manufacturing of n-type HJT, Risen Energy has been developing on it for many years. Based on unremitting technological innovation and R&D investment, Hyper-ion modules has been shipped more than 3GW to nearly 40 countries and regions around the world since the official launch in 2022. Recently, Risen Energy has achieved breakthroughs in cooperation with large scale enterprises such as State Power Investment Corporation, China Green Development Corporation, Huaneng Group and China Datang by the excellent performance and innovative technology of Hyper-ion.
Since the launch of the HJT Hyper-ion module, Risen Energy has strived to prove the products’ high reliability by passing long-term tests. Now it has passed the third-party’s 3xIEC test and the rigorous test of IEC63209. Furthermore, in order to verify the true performance of products in differentiated scenarios around the world and to provide downstream customers with a more scientific technical basis, Risen Energy has conducted demonstrations of power generation in more than 20 countries and regions around the world. The latest Saudi base demonstration data shows that, the monthly cumulative power generation gain of Hyper-ion modules is 3.58% higher than TOPCon modules.
Risen Energy will continue to focus on HJT technology, to provide customers with more advanced and reliable HJT products, and to work together to create a "zero-carbon future".
