LSHE-M555BG

These A-class modules use double-glazed, P-type monocrystalline silicon and have a positive power tolerance of 0~+3W. Its excellent PID resistance makes it a reliable choice for photovoltaic systems. Additionally, these modules have higher power output and feature double-sided backlight output power gain, which helps reduce LCOE and improve IRR. In addition, they have a longer life, with only 0.45% power degradation per year, and come with a 30-year linear power warranty.

In addition to their outstanding performance parameters, the modules feature enhanced mechanical load capabilities and are certified to withstand wind loads (2400 Pa) and snow loads (5400 Pa). On the basis of these excellent characteristics, they are suitable for a variety of scenarios, such as solar farms, large-scale ground solar power stations, etc.

These high-quality modules improve their photovoltaic conversion efficiency by using double-layer glass and P-type monocrystalline silicon materials, allowing them to generate more clean energy. And under different ambient temperatures, these modules can maintain good performance, and their reliability has been fully verified. In addition, their double-sided backlight output power gain enables them to utilize light energy resources more efficiently in practical applications.

In addition, they have lower LCOE and higher IRR, which means they are able to produce more power output over the lifetime of the solar system and have a higher return on investment in the long term. In addition, their long life and excellent power warranty make them more economical and sustainable in commercial operations.

Overall, these modules not only perform well in terms of performance parameters and quality assurance, but are also very flexible and wide-ranging in application, bringing clean and efficient energy options to different solar application scenarios.