To effectively implement national and local strategies for green and low-carbon industrial development, and to accelerate the planning, construction, and operation of sustainable projects, Kunshan continues to promote energy transition with Chinese characteristics. On September 24, the photovoltaic power station project of the Zhoushi Town Government Office Complex, invested in and developed by LSHE, was successfully connected to the grid. Since grid connection, the project has maintained a photovoltaic power utilization rate of nearly 99%, achieving near-zero carbon performance and becoming a benchmark demonstration for green and low-carbon building development.

Photovoltaic Power Station Project Overview

The photovoltaic system has a total installed capacity of 744.7 kWp, utilizing 1,273 high-efficiency 585 Wp bifacial monocrystalline silicon modules provided by Lei Shing Hong. The modules are installed at a fixed tilt angle of +5° on the concrete rooftops of three office buildings. With a system lifecycle exceeding 25 years, the project is expected to generate approximately 738,000 kWh of green electricity annually, continuously injecting clean energy momentum into the region’s low-carbon development.

Lei Shing Hong Smart Energy Management Platform

Powered by LSHE’s self-developed smart energy management platform, the project enables a comprehensive, aerial-view visualization of each building’s photovoltaic capacity, annual carbon emissions, carbon reduction performance, and carbon reduction per unit area. Based on the annual average generation of 738,000 kWh of green electricity, the project is expected to reduce carbon emissions by over 746 tons per year and save more than 220 tons of standard coal annually, equivalent to planting over 600 trees each year.

The platform’s monitoring and calculation capabilities fully demonstrate the project’s strong role in promoting local clean energy utilization and supporting sustainable development goals, while laying a solid foundation for the implementation of more similar projects in the future.