Risen will produce 700 W Hyper-Ion modules with HJT technology

Solar module manufacturer Risen Energy aims to increase production capacity of its HJT Hyper-Ion solar cell and panels to 5 GW by the first half of 2023.

At a press conference, Song Yifeng, product director of Risen, announced that the company will begin mass production of HJT Hyper-Ion solar modules this year.

During his speech, Yifeng highlighted the challenges and progress of HJT technology industrialization, and emphasized focusing on reshaping the N-type HJT product ecosystem, reducing costs and carbon emissions as the core of the development plan.

Investments in R&D

Since 2019, Risen Energy has been investing in research and development of materials, equipment, technology and processes related to HJT technology.

“This investment allowed the company to take the lead in unlocking the benefits of N-type HJT technology and innovating on the path to seeking new possibilities that will help the solar sector achieve technological transformation,” he highlighted in a statement.

The manufacturer also launched targeted development projects for special packaging materials, special water-blocking process design and anti-attenuation solutions, which paved the way for mass production of the HJT Hyper-ion module.

According to the company, its patented Hyper-link technology allows the interconnection of ultra-thin cells with low silver consumption, reducing costs while ensuring power output and product reliability.

“Thanks to these technological innovations, the power of Risen Energy’s HJT Hyper-ion module reaches 710 Wp, with an efficiency of more than 22,5%, certified by TUV SÜD”, highlighted the company.

Still according to the manufacturer, the module also has an extremely stable temperature coefficient and a high bifaciality of up to 85% ± 5%, capable of maintaining its power above 90% after 30 years of use.

“The module is backed by Risen Energy’s industry-leading 100μm ultra-thin cell technology and low-temperature process, resulting in a carbon footprint value (CFP) of less than 400 kg eq CO2/kWc, far below average market”, explained Risen.

The manufacturer further pointed out that “compared to the conventional metal frame, the alloy steel frame of the HJT Hyper-ion module has exceptionally high strength with the tear-resistance capacity of the steel material increased by 20%.”