1. High efficiency. Polysilicon solar cells with high transmittance and textured glass can provide up to 16.5% module efficiency.
2. The technology provides ultra-high efficiency and maximizes the installation capacity in a limited space.
3. Enhanced weather resistance: avoid the micro-cracks of the cell caused by the traditional welding process; the module is flexible and compressive; suitable for all harsh environments.
1. High efficiency. Polysilicon solar cells with high transmittance and textured glass can provide up to 16.5% module efficiency.
2. The technology provides ultra-high efficiency and maximizes the installation capacity in a limited space.
3. Enhanced weather resistance: avoid the micro-cracks of the cell caused by the traditional welding process; the module is flexible and compressive; suitable for all harsh environments.
1. High efficiency. Polysilicon solar cells with high transmittance and textured glass can provide up to 16.5% module efficiency.
2. The technology provides ultra-high efficiency and maximizes the installation capacity in a limited space.
3. Enhanced weather resistance: avoid the micro-cracks of the cell caused by the traditional welding process; the module is flexible and compressive; suitable for all harsh environments.
1. High efficiency. Polysilicon solar cells with high transmittance and textured glass can provide up to 16.5% module efficiency.
2. The technology provides ultra-high efficiency and maximizes the installation capacity in a limited space.
3. Enhanced weather resistance: avoid the micro-cracks of the cell caused by the traditional welding process; the module is flexible and compressive; suitable for all harsh environments.