monocrystalline silicon solar module

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Monocrystalline panels use crystalline silicon, a basic semiconductor material. Crystalline silicon is produced in large sheets that can be cut to a specific size and used as one large cell in a panel. Conducting metal strips are laid over the entire cell to collect electrons from the cell into an electrical current. These panels are more expensive to produce than the polycrystalline panels that follow. However, they are highly efficient and are often more cost-effective in the long run as a result. Monocrystalline panels are typically 15-18% efficient, meaning that for every unit of solar energy that hits the cell, the panel can convert 15-18% of this energy into electricity. Technology specialties of Monocrystalline Silicon Solar Cell: High efficiency of photoelectricity conversion with high credibility. Advanced diffusing technology guarantees the symmetry of the conversion efficiency every point in it. Using the advanced PECVD to become a film which covering with the dark blue silicon nitride reflective film in even color. Applying high quality of metal slurry to make the back and electrode to make sure its good electric conductivity, credible adhesive force and electrode weldability. The printing graphics of Silk screen of high precision and smoothness make the cell easier to weld automatically and cut by laser. Being lump-sum invest, easy setup, it also can be used under different circumstances with low maintenance expense. Features of Monocrystalline Silicon Solar Cell: High efficiency, monocrystalline silicon substrate Outstanding low-light performance Uses high transparency, low-iron, tempered glass Panels withstand high wind-pressure and snow load No problems associated with water freezing and warping Preeminent aesthetic appearance Easy installation Designed to meet the unique demands of our customers

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Xiamen Dexing Solar Energy Co., Ltd.

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