HJT technology ensures long-lasting power output by eliminating Light Induced Degradation (LID), a common issue where solar cell efficiency declines over time due to light-induced wear. Traditional solar cells often suffer from LID, resulting in reduced energy production over the years. However, HJT uses N-type silicon wafers that are free from boron-oxygen complexes, effectively preventing light degradation. This innovation significantly enhances the operational lifespan of HJT panels, which can last up to 30 years, delivering reliable and stable energy performance throughout their life.

Bifacial electricity generation boosts efficiency by harnessing sunlight from both sides of the panel. With low light attenuation, a low temperature coefficient, and high bifaciality, HJT solar panels generate more energy, even under less optimal conditions. Additionally, the simplified manufacturing process enhances cost-effectiveness, making these panels not only more efficient but also more affordable.

High-efficiency Heterojunction (HJT) solar panels deliver remarkable performance with an efficiency exceeding 22%. Featuring a sleek, full-black design, these panels combine cutting-edge technology with sophisticated aesthetics. This dual benefit enhances both energy output and visual appeal, making them a perfect choice for installations that demand both high performance and style.