TOPCon Solar Cells

TOPCon cells convert solar energy into electricity with a higher efficiency rate through Tunnel Oxide Passivated Contact technology. Due to the cell structure, they minimize light losses, offering high energy conversion.

The surface passivation used in TOPCon cells optimizes electron movement through the oxide layer. This layer reduces polarization (recombination) losses, enhancing the electrical generation performance of the cells.

Technologies minimizing the effects of Light Induced Degradation (LID) are also integrated into TOPCon cells. This ensures stable long-term performance, preventing energy losses and extending the lifespan of the cells.

TOPCon cells demonstrate effective performance even in low light conditions. They provide stable energy production, even under low irradiance levels, which supports the cells' operation at maximum efficiency in various lighting conditions.

TOPCon cells, designed with a low temperature coefficient, are optimized to minimize energy losses under high-temperature conditions. This design ensures efficient operation, particularly in hot climates.

TOPCon cells offer high durability against environmental challenges. These cells are resistant to humidity, temperature fluctuations, and mechanical stress, ensuring long-term high performance, which in turn enhances system reliability.

TOPCon cells are designed to enable the sustainable use of solar energy. Their efficiency allows for more energy production in less space, while their long lifespan reduces waste and minimizes the environmental impact by lowering the carbon footprint.

TOPCon cells provide long-term cost advantages due to their high efficiency levels and low maintenance costs. These features reduce the total cost of ownership and optimize the return on investment period.