Solutions

Commercial and Industrial Photovoltaic (PV) Power Stations are a new type of power generation and integrated energy utilization system with broad development prospects. They follow the principle of "generate nearby, use nearby," effectively reducing energy loss during high-voltage transmission and long-distance power transfer. Applied in urban areas, these PV power stations create a new energy utilization model of "power plant above, factory below," while also realizing the revaluation and efficient use of land. They have clearly become a major development direction for PV applications in China.

Residential PV systems are a new type of solar power generation installed on homes or nearby buildings. They convert sunlight directly into electricity through photovoltaic modules, providing clean and sustainable power for households. The system mainly consists of PV modules, inverters, meter boxes, monitoring modules, cables, and mounting structures. The modules generate electricity, the inverter converts DC to AC and feeds it into the grid, the meter box accurately measures energy production, and the monitoring system allows owners to track system operation and energy output in real time. Leveraging the group’s full power industry chain, we integrate high-quality resources to offer users a one-stop service from site survey, design, installation, and grid connection to operation and maintenance. A standardized and intelligent after-sales system ensures long-term stable returns. To date, over 300,000 residential PV systems have been installed across China, covering Zhejiang, Shandong, Henan, Hebei, Jiangsu, Anhui, and other regions, ranking among the top in the nation.

Agrivoltaic PV systems combine solar power generation with agricultural planting or livestock farming without changing the original land type or terrain. This approach achieves a synergistic development model of “solar panels above, modern agriculture below.” The model offers significant energy-saving and emission reduction benefits at the ecological level, innovates modern agricultural development pathways, optimizes the local energy structure, and creates positive social and economic impacts for regional development.

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.

The Fishery-Photovoltaic Complementary Power Station fully utilizes the expansive water surface of fish ponds by installing PV modules above the water for power generation. The lower layer is used for aquaculture, while the upper layer generates solar energy, creating a three-dimensional utilization model of "power generation above water, aquaculture below water." This approach offers the significant advantage of dual-use land, greatly increasing the overall economic value per unit area, and achieving synergistic benefits for society, economy, and environment.