Project Overview: Large and medium-scale ground-mounted PV power stations are typically constructed on a large scale, mainly utilizing ground resources such as coastal tidal flats, desertified areas, and open urban/suburban lands without shade for centralized development. In western regions, the "sand-solar complementary" ground station model is widely adopted, combining PV power generation with desert control and water-saving agriculture. By building grass-grid sand barriers and afforestation protection systems around the station, and arranging drip irrigation facilities and green economic crops under the PV panels, this model achieves multiple benefits in power generation, ecological restoration, and economic returns.

System Features

• Typically operates in a full-grid feed-in mode. The installed capacity of the generation system is usually at the megawatt level or above, connected to the public grid to jointly support regional power supply.
• Utilizes modular design and equipment-matching solutions. The system structure is highly standardized, effectively enhancing overall reliability and facilitating future maintenance.
• Leverages big data cloud service platforms for comprehensive remote monitoring of the power station’s operational status. Managed by a professional team, the system is ensured to operate safely and stably.
• Integrates the group’s complete electrical industry chain resources, providing a one-stop solution covering planning, design, construction, grid connection, and operation management.

System Diagram