The HJT cells' anti-reflection layer integrates conductive ITO, effectively negating both LID and LeTID effects. Over a period of 30 years, these cells exhibit less than 11.1% degradation, ensuring a substantial and sustained increase in power output throughout their lifespan.

The surface of HJT cells is coated with a TCO (Transparent Conductive Oxide) film without an insulating layer. TCO possesses conductive properties, avoiding potential-induced degradation (PID) structurally.

HJT solar panels utilize double-glass design, which provides excellent weather resistance, corrosion resistance, and durability. Additionally, the POE encapsulant film incorporated in these solar panels offers outstanding moisture barrier capabilities, anti-PID performance, and aging resistance. These features collectively contribute to a 30-year product and performance warranty for the HJT solar panels.

The HJT solar modules employ a complete half-cell processing technique, which avoids the micro-cracks caused by physically cutting a whole cell into two halves – a common practice in traditional half-cell manufacturing. This method enhances the performance reliability of the solar modules.

Thin-film cells enhanced with HJT technology provide superior flexibility and greater bending capacity, minimizing the likelihood of hidden micro-cracks during transport and installation processes, ensuring greater solar module integrity and reliability.

HJT cells incorporate i-a-SiH thin films between crystalline silicon and doped amorphous silicon. The crystalline silicon surface is defect-free, resulting in a uniquely high open-circuit voltage (750 mV) and enabling power generation in the early morning under poor light conditions.