Solar Panels

Features: 1) Double-junction amorphous silicon solar module under standard test condition 9STC 2) Rated power of our amorphous silicon solar module: 32W, 34W, 36W, 38W, 40W 3) Min. size: 30 x 30 x 3mm 4) Parameters of double-junction amorphous silicon solar module under standard test condition (STC): a) Type 32 (42)H/G: 32±1Pmp (W), 57Voc (V), 1.0Isc (A), 42Vmp (V), 643 x 1,253 x 370mm, 12.5kg b) 34(43)H/G: 34±1Pmp (W), 58Voc (V), 1.0Isc (A), 43Vmp (V), 643 x 1,253 x 370mm, 12.5kg c) 36(44)H/G: 36±1Pmp (W), 59Voc (V), 1.0Isc (A), 44Vmp (V), 643 x 1,253 x 370mm, 12.5kg d) 38(45)H/G: 38±1Pmp (W), 60Voc (V), 1.0Isc (A), 45Vmp (V), 643 x 1,253 x 370mm, 12.5kg e) 40(46)H/G: 40±1Pmp (W), 61Voc (V), 1.0Isc (A), 46Vmp (V), 643 x 1,253 x 370mm, 12.5kg 5) Other technical parameters: a) System voltage: 600V b) Test condition: AM 1.5,100mW/cm², 25oC c) Temperatures: -40 to +55oC d) Temperature coefficient: i) Power: -0.19%/oC ii) Voc: -0.28%/oC iii) Isc: +0.09%/oC 6) Note: actual output power just after manufacturing is 15% - 20% higher than the rated power, meanwhile, Vmp and Imp are higher than the rated data. These factors as well as the maximum power under highest irradiation should be considered when you design and configure the solar system 7) Basic configuration and special features of double-junction A-SI solar module: the module encapsulation includes edge isolation and the other eight procedures, which ensure the active film of the cell is isolated from outside. Because EVA films are at the back of the module, sunlight cannot directly touch EVA, which makes aging process of the EVA be effectively postponed. Furthermore, double-glasses encapsulation prolongs solar module\'\'s lifetime. In addition, strict MESNE test procedures guarantee the product\'\'s reliability. It has proved that, obviously, in same power and same environment, A-SI solar module generates more electricity than other kinds of crystalline silicon solar modules 8) Advantages of A-SI module: because of its special spectral characteristic, A-SI module has better conversion efficiency in the low irradiation. In addition, A-SI module has good performance at high temperature, which increases the electricity generating ability. In other words, when a consumer purchases three kinds of solar modules in the same watts, he will get the most power from the A-SI module