Risen Energy HJT: A Leader in the New Era of Space Energy Efficiency
In a significant milestone for renewable energy, Risen Energy Co., Ltd.'s Hyper-ion Pro HJT solar modules have secured a spot among the best globally, as reported by TaiyangNews. With a maximum power output of 740 Wp and a conversion efficiency of 23.8%, these modules are raising standards in the photovoltaic sector.
Published as part of the "2026 Top Solar Modules" list, this recognition underscores Risen Energy's commitment to innovation and quality in solar technology. The rigorous qualification criteria mean that only products achieving mass production and maintaining a conversion efficiency above 21.5% are included, ensuring high reliability and benchmark value in the industry.
Risen Energy's Hyper-ion Pro modules fuse crucial technologies such as OBB cell tech, the tension-free Hyper-link interconnection method, and ultra-thin cell designs, which collectively enhance both performance and cost-effectiveness. Notably, these modules boast an ultra-high bifaciality of 90% ±5% along with an exceptional temperature coefficient of -0.24%/°C, making them a top choice across diverse application environments.
By the end of 2025, Risen has delivered over 12 GW of Hyper-ion HJT modules, exporting to more than 80 countries and regions worldwide. This expansion reflects the growing demand for high-efficiency solar solutions as countries accelerate their transition to sustainable energy sources.
Moreover, Risen Energy has actively ventured into the space economy with its development of ultra-thin (50 μm) HJT cells, characterized by their light weight and radiation resistance, making them ideal for flexible solar panel systems used in space applications. The company also reported achieving a conversion efficiency of 30.99% in its tandem perovskite/silicon HJT cells, hinting at even broader avenues for enhancing efficiency in future photovoltaic applications.
As Risen Energy pioneers innovations in the field, the implications extend beyond just advancements in solar technology; they lay a robust scientific foundation for humanity's foray into interstellar energy solutions. From terrestrial solar power plants to the limitless expanse of the starry skies, Risen Energy is redefining the boundaries of energy generation.
This significant recognition and the company's relentless pursuit of technological advancements marks not just a step in the evolution of photovoltaic technologies but potentially leads us into an era of interstellar energy. Now, as nations commit to combat climate change and redefine energy use, Risen Energy's leadership in this sector will play a pivotal role, ensuring the transition not only to renewable energy as we know it today but also adapting for future explorations beyond our planet. Risen Energy is truly at the forefront of this evolution, driving us toward a sustainable and efficient energy future.
Published as part of the "2026 Top Solar Modules" list, this recognition underscores Risen Energy's commitment to innovation and quality in solar technology. The rigorous qualification criteria mean that only products achieving mass production and maintaining a conversion efficiency above 21.5% are included, ensuring high reliability and benchmark value in the industry.
Risen Energy's Hyper-ion Pro modules fuse crucial technologies such as OBB cell tech, the tension-free Hyper-link interconnection method, and ultra-thin cell designs, which collectively enhance both performance and cost-effectiveness. Notably, these modules boast an ultra-high bifaciality of 90% ±5% along with an exceptional temperature coefficient of -0.24%/°C, making them a top choice across diverse application environments.
By the end of 2025, Risen has delivered over 12 GW of Hyper-ion HJT modules, exporting to more than 80 countries and regions worldwide. This expansion reflects the growing demand for high-efficiency solar solutions as countries accelerate their transition to sustainable energy sources.
Moreover, Risen Energy has actively ventured into the space economy with its development of ultra-thin (50 μm) HJT cells, characterized by their light weight and radiation resistance, making them ideal for flexible solar panel systems used in space applications. The company also reported achieving a conversion efficiency of 30.99% in its tandem perovskite/silicon HJT cells, hinting at even broader avenues for enhancing efficiency in future photovoltaic applications.
As Risen Energy pioneers innovations in the field, the implications extend beyond just advancements in solar technology; they lay a robust scientific foundation for humanity's foray into interstellar energy solutions. From terrestrial solar power plants to the limitless expanse of the starry skies, Risen Energy is redefining the boundaries of energy generation.
This significant recognition and the company's relentless pursuit of technological advancements marks not just a step in the evolution of photovoltaic technologies but potentially leads us into an era of interstellar energy. Now, as nations commit to combat climate change and redefine energy use, Risen Energy's leadership in this sector will play a pivotal role, ensuring the transition not only to renewable energy as we know it today but also adapting for future explorations beyond our planet. Risen Energy is truly at the forefront of this evolution, driving us toward a sustainable and efficient energy future.
Topics Energy）
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