Introduction to Monocrystalline Solar Panels

A new technology that eliminates causes of failure by designing in a strip-shaped cell.

■【A New Technology That Eliminates Failure Causes by Designing with Strip-Shaped Cells】 Since the elongated cells are joined along their long sides, they achieve high conversion efficiency and establish uniform power generation in a compact area. By using a special technique to bond them without gaps and avoiding the use of fragile ribbons (metal foils), the design eliminates failure causes related to cell damage or issues with the soldering ribbons from the design stage. ■Fully Parallel Circuit Configuration 【Improved Shading Performance with Fully Parallel Circuits】 The electrical circuit of the panel adopts a unique parallel configuration with independent cell strings, designed to ensure that current does not stop, making it resistant to partial shading and dirt. ■Strong Against Hot Spots As you know, the power generation of solar power systems is determined by the amount of energy radiated from the sun, known as "solar radiation." By introducing a new electrical design with panels that are strong against 'hot spots' that could cause malfunctions in solar power systems, we have achieved a heat generation that is half that of conventional modules even under conditions prone to shading, while maintaining a low temperature coefficient, thereby enhancing both the durability of the modules and their power generation capacity.

Solar System Solar Module