The project is located in Wuxi, Jiangsu, and involves an innovative high-tech company integrating new energy product R&D and manufacturing, power plant investment, and carbon asset management. Surrounding high-rise buildings cast significant shadows during morning and evening hours, sharply reducing the efficiency of the solar panels. As a result, power output fell short of expectations, directly extending the project’s payback period.

The customer sought to improve the efficiency of the solar carport system under partial shading conditions by leveraging module-level solutions to mitigate power losses caused by surrounding buildings. In addition, reducing the risk of hotspot effects was critical to ensure module safety, maintain long-term system stability, and extend system lifespan — ultimately shortening the project’s payback period and improving overall investment returns.

1.Module-level rapid shutdown reduces voltage to 1V within 30 seconds, effectively eliminating high-voltage shock risks
2.Module-level visual monitoring and fault detection improve fault diagnosis efficiency by approximately 90%+
3.Intelligent diagnostics and rapid response reduce O&M costs by about 50%, significantly improving efficiency