Risen Hyper-ion Pro 740Wp+ Solar Panel

RISEN Hyper-ion Pro 740Wp+ solar panel is a high-efficiency photovoltaic product developed by Orient Sunrise's Hyper-ion Pro series of cells, based on the heterojunction (HJT) technology platform.

Hyper-ion Pro solar panels use high-efficiency HJT cell technology combined with innovative encapsulation process to achieve industry-leading 740Wp+ ultra-high power with 23.8% module conversion efficiency. As a global PV first tier brand, its technical advantages are significant: n-type cell technology completely eliminates the risk of B-O photo-attenuation, ensuring that the power attenuation in the first year ≤ 1%; by virtue of the extremely stable temperature coefficient (-0.24% / ℃) and 85% ± 10% ultra-high bifacial rate, combined with the anti-PID technology to protect the stable output for 30 years; the innovative bifacial power generation technology to bring up to 30% backside gains, combined with the The innovative double-sided power generation technology brings the highest backside gain of 30%, combined with low temperature coefficient characteristics, so that the module can still maintain excellent performance in high temperature, low light and other complex environments, and enhance power generation gains by about 8-15% compared with conventional products, providing efficient power generation solutions for PV power stations throughout the entire life cycle.

Product Features:

Ultra-low carbon footprint

Industry-leading ultra-thin cell technology and low-temperature process, the carbon footprint value can be lower than 376.5kg eq CO2/kWc;

Excellent power retention

Product power retention rate of over 90% after more than 30 years of use;

Lower BOS cost and LCOE

High power, high efficiency leads to lower BOS cost and LCOE;

High strength alloy steel frame

Made of high strength alloy steel frame, with stronger tear resistance, more excellent corrosion resistance;

Advanced Product Technology

The first mass production, with 0BB battery technology, ultra-thin battery technology, low silver containing metallized materials, Hyper-link elevated connection technology, with lower carbon emissions, lower energy consumption;

Product specification parameters