This project is located in a relatively flat area with excellent solar irradiance, making it an ideal site for the construction of a large-scale photovoltaic power plant. With a total installed capacity of 4.9MW, the design phase fully took into account the local solar resources and land utilization efficiency. After a comprehensive evaluation, the project adopted the SOEASY high-strength ground solar mounting system. Renowned for its exceptional structural durability, installation flexibility, and long-term resilience, the system was a perfect fit for the project’s requirements for high efficiency and low maintenance operation.

In terms of layout, the project implemented a modular zoning arrangement strategy, allowing for a compact and orderly configuration of the mounting structures. This approach not only maximized land use but also ensured aesthetic coherence and structural stability across the site. From foundation piling and mounting system installation to PV module placement, every step was executed in strict accordance with engineering standards, guaranteeing excellent resistance to wind, snow, and seismic forces during the system’s operational lifespan. The entire plant is not only optimized for energy performance, but also reflects the seamless integration of green energy solutions with modern industrial design — achieving both efficient resource utilization and long-term sustainability.

At present, a vast array of solar modules has been successfully installed. Viewed from above, the uniform, south-facing rows of panels resemble a sea of clean energy, showcasing the project’s precision and professionalism. During peak construction periods, multiple pieces of equipment worked in coordination, enabling smooth site logistics and high installation efficiency. Seamless workflow between different construction stages, coupled with well-organized site management, ensured that the project progressed steadily and met all key milestones. These efforts have laid a solid foundation for the plant’s upcoming grid connection and energy generation phase.