Passed rigorous 3X-lEC61215&61730 testing, With stricter testing conditions, ensuring higher reliability;
Passed 3X-PlD rigorous testing, where the duration increased from 96 hours to 288 hours,
resulting in less than 5% power degradation;
Passed 3X-LeTlD testing, conducted over 3 cycles (3x162 hours), with power degradation
less than 1%;
Passed rigorous DH testing, with the duration increased from 1,000 hours to 3,000 hours,
demonstrating higher reliability;
Passed level-8 salt spray corrosion resistance testing, exhibiting better corrosion resistance
performance.
No B-O caused LID
Ultra-high bifacial factor
Ultra-high power generation,ultra-low carbon emission
Most stable power temperature coefficient
Lead technology of metallization process
Excellent anti-LID &anti-PID performance
Ultra-low carbon footprint
Industry-leading ultra-thin cell technology and low-temperature process, with a carbon footprint value lower than 376.5kg eq CO2/kWc
Lower BOS and LCOE
Higher power and efficiency leading to lower BOS and LCOE
High strength alloy steel frame
Greater tear resistance
Better corrosion resistance
Lower carbon emissions, and lower energy consumption