Conventional solar modules are made up of a number of solar cells electrically connected using metallic busbars. The solar cells on conventional solar modules have gaps around them and busbars typically cross over the cells to link them together. Shingled solar modules have layers of solar cells which touch each other and electrically connected using a electrically conductive adhesive (ECA). This eliminates the need for metallic busbars. This method means there are no gaps between the solar cells increasing the surface area of the silicon cells in the solar module. Plus there are no busbars covering the cells which reduces the light on the solar cells. This improves the electrical and mechanical performance and the aesthetics of the solar module.
Dimensions: 1719 x 1140 x 35mm (L x W x H)
Voltages and Currents: Voc 46.4 Isc 10.97 Vmpp 38.6 Impp 10.36
Solar Cells: 340 cells, 6 inch PERC Mono-crystalline silicon solar cells (in increments of 5)
Output Cables: Length 1500mm, 1 x 4sqmm
Connectors: MC4 Original