A milestone in global heterojunction (HJT) photovoltaic technology! Risen Energy Co., Ltd. today announced its self-developed Hyper-ion HJT modules have achieved a groundbreaking 740Wp average mass-production power, setting a new industry efficiency benchmark. With certified cell conversion efficiency of 26.61%, this innovation demonstrates immediate R&D-to-production integration. This breakthrough cements Risen Energy’s leadership in high-efficiency PV industrialization.
Core Innovations: Patent-Protected Tech & Cost-Performance Revolution
Leveraging National Key Research and Developement Program, Risen Energy’s proprietary technologies deliver structural optimization and drastic cost reduction while maintaining peak efficiency:
- Metallization Upgrade: Silver consumption slashed to 5mg/W (↓37.5% vs. TOPCon), driving non-silicon cost reduction via stencil printing.
- Low CTM Loss Encapsulation: Module CTM (Cell-To-Module) loss minimized to 1.8% with cell breakage-rates under 0.03%, enabling high-yield manufacturing.
Dual Advantages: High Energy Yield & Ultra-Low Carbon
The 740W Hyper-ion module’s -0.24%/°C temperature coefficient and 90% bifaciality delivered 4.09% higher power output than TOPCon at SGS Saudi Arabia’s test site. Peak monthly gains hit 6.04% in August, proving its “higher heat, higher yield” reliability. Per 100MW project, this translates to:
- +3 million kWh annual power generation
- 2,880 tons CO₂ reduction
- Carbon footprint as low as 376.5kg eq CO₂/kWc
Global Market Momentum
As the prime solution for utility-scale, commercial/industrial, and high-temperature projects, Risen Hyper-ion Pro series HJT modules dominate:
- 9GW+ 2025 HJT-specific tenders in China (led by state-owned giants like China Green Dev./CGN etc.)
- Expansion to 50+ countries across Middle East/Southeast Asia
- 6%+ verified energy gain in Saudi/UAE high-irradiation regions, slashing LCOE.
Vision from Leadership
Dr. Yang Pochuan, Dean of Risen Global PV Research Institute:
“We’re targeting >27% cell efficiency and 790W+ monocrystalline modules within 3 years. Our perovskite tandem tech will enable 850Wp+ mass production by 2028, advancing the world’s net-zero transition with ‘China Solutions’.
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