tag
A total of 7 articles were found
-
SOLAR MODULES 540W-555W Half-Cut Mono Crystalline PERC 182mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 495W-510W Half-Cut Mono Crystalline PERC 182mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 445W-460W Half-Cut Mono Crystalline PERC 182mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 400W-415W Half-Cut Mono Crystalline PERC 182mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 575W-590W Half-Cut Mono Crystalline PERC 182mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 600W-615W Half-Cut Mono Crystalline PERC 210mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More
-
SOLAR MODULES 655W-670W Half-Cut Mono Crystalline PERC 210mmCell
Product Description XPOWER PERC modules use cells cut in half and then the current of the cells is halved which effectively reduces the internal loss of the module and achieves the purpose of increasing the power output of the solar mo...
Learn More