The Chinese manufacturer said that the new flexible modules have an efficiency of up to 20.1% and a weight of only 7.5 kg, or 2.92 kg/m2. The new products supposedly have a slight transmission of more than 91% and “ultra-high” UV blocking power.
This week, the Chinese solar module manufacturer Polyshine Solar has unveiled a flexible solar module for roof applications at the PV Expo in Tokyo, Japan.
“Designed to redefine the adoption on the roof, the product combines ultra-light weight engineering and simple installation,” the manufacturer said in a statement, and noted that the new product has one Light shipment of more than 91% and “ultra-high” UV blocking power.
The JY1-72HXXPC 505 ~ 535W Module series is available in seven versions with power outputs ranging from 505 W to 535 W and the efficiency of the power set from 19.0% to 20.1%. The open circuit voltage is 47.50-48.70 V and short-circuit current is 13.47-13.77 A.
The panels measure 2.246 mm x 1.185 mm x 2.5 mm and weigh only 7.5 kg or 2.92 kg/m2.
“Using patented polymer-kidney technology, the modules reach a remarkable weight reduction of 70% compared to traditional glass-based panels,” the company explained. “With a bending radius of 0.5 meters, they eliminate installation barriers for curved surfaces or low-load-bearing structures, for which zero adjustment costs require.”
The module can work within a temperature range from -40 ° C to 85 ° C and show a operating temperature coefficient of -0.28%/C. They have an IP68-Rated Junction Box and an Encapsulant based on Ethylene Vinylacetate (EVA).
It also features Peel-and-Stick adhesion or belt fasting options that allegedly make fast, safe implementation possible. “The panel is certified by TUV, CQC, CE and other international authorities,” the company said.
Polyshine Solar offers a 25-year-old linear power guarantee and a 12-year product guarantee. The 25-year-old end capacity is guaranteed no less than 84.8% of the nominal output power.
The company is located in Shanghai, where it is one 45,000 production facility.
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