Maysun Solar 675W-710W HJT Solar Panel with Silver Frame Glass Glass Bifacial

HJT cells use conductive ITO material to prevent surface charging in the solar cell, eliminating the impacts of LID and LeTID effects. Starting from the second year, the average annual power degradation is only 0.24%, ensuring highly efficient power generation even after 30 years.

HJT solar cells incorporate a TCO (Transparent Conductive Oxide) thin film coating. As polarization does not occur on the TCO coating surface of the cells, the cell's performance will not be affected by PID effects. This ensures outstanding reliability and long-term performance stability, making it particularly well-suited for the power generation needs of large-scale solar plants.

In the manufacturing process of HJT cells, an i-a-SiH film is strategically inserted between crystalline silicon and doped thin-film silicon, effectively passivating surface defects on the crystalline silicon. Featuring a distinctive high open-circuit voltage (750mV), it facilitates swift power generation in low-light condition such as early mornings and late afternoons, thereby optimizing energy utilization efficiency.

Glass-glass HJT solar modules exhibit excellent weather resistance, corrosion resistance, and durability. In addition, the POE film plays an outstanding role in the solar module, has excellent water vapor barrier properties, and can resist the PID (Potential Induced Degradation) effect, allowing the solar module to have a 30-year product and performance guarantee.

HJT solar modules demonstrate exceptional flexibility, allowing them to perform well in response to impacts and changes. This flexibility reduces the risk of micro cracks during transportation and installation, effectively enhancing the reliability of solar power plants.

By adopting a non-cutting cell processing method, HJT solar module eliminate the generation of hidden cracks, significantly enhancing the performance reliability.