Jinzhai: Photovoltaic tracking system and Jinlong smart inverter complement each other to improve power generation efficiency

The photovoltaic poverty alleviation project in Jinzhai was visited by President Xi Jinping himself, and it attracted the attention of people all over the country. Recently, it has become the focus of people's attention again. As one of the projects to be visited at the "National Poverty Alleviation Conference" on June 26, the Tongjing New Energy Jinzhai 6MWp Agricultural Photovoltaic Complementary Intelligent Photovoltaic Power Station was officially connected to the grid for power generation on June 17. The biggest highlight of this project is the combination of the photovoltaic tracking system and Jinlong Technology's intelligent inverter, which improves the technological content and power generation efficiency of the power station.

The project is located in Xiaonanjing Village, Meishan Town, Jinzhai County, with a total investment of RMB 50 million and covers an area of ​​172 mu. Xiaonanjing Village, where the project is located, is a beautiful village for ecological tourism demonstration in Meishan Town. The fresh and quiet rural village and the neat and uniform photovoltaic power generation array complement each other and coexist harmoniously.

Jinzhai 6MWp Agricultural Photovoltaic Complementary Intelligent Photovoltaic Power Station

In recent years, the development and construction of domestic photovoltaic power stations has been continuously reducing the cost per kilowatt-hour, and improving power generation efficiency and reliability has become the main basis for the industry's return on investment in photovoltaic power stations. The photovoltaic intelligent tracking system not only comprehensively improves the efficiency of photovoltaic power generation in utilizing solar energy, but is also favored by newly built photovoltaic power stations because of its advantages such as being well suited to complex terrain and adapting to local conditions. This power station uses the patented technology of the oblique single-axis tracking system independently developed by Tongjing New Energy. The real-time tracking of photovoltaic modules can increase the power generation by 20%-25%. In conjunction with Jinlong Technology's intelligent inverter, it greatly improves the power generation efficiency and stability.

Jinzhai 6MWp agricultural photovoltaic complementary intelligent photovoltaic power station adopts Jinlong intelligent inverter

Photovoltaic intelligent tracking systems are also gradually being widely recognized and used by power station developers at home and abroad. Improving the power generation efficiency of photovoltaic power stations requires not only the improvement of the efficiency and innovative integration of components, inverters, cables, etc., but also the improvement of the overall efficiency of photovoltaic power stations through photovoltaic intelligent tracking systems. The organic combination of the intelligent inverters produced by Ginlong Technology and the photovoltaic tracking system provides technical guarantee for the stability and reliability of the entire power station.

Thanks to the tracking technology, the photovoltaic panels can adjust their angles at any time, and the power station is no longer vulnerable to disaster weather. In addition, the photovoltaic power station installed with the tracking system can be more closely integrated with agricultural production. In environments such as ponds, mountains, and wastelands, it can operate flexibly, which is superior to traditional power stations. The bracket of the Jinzhai 6MWp agricultural photovoltaic complementary intelligent photovoltaic power station has a clearance of more than 2 meters above the ground, which meets the conditions for large-scale machinery to enter the field for farming; at the same time, the photovoltaic components adopt a shutter design structure to achieve uniform distribution of light without affecting the normal growth of crops. At the same time, the bracket system is retained to protect the land structure and improve the utilization rate of the land under the board, without damaging the land or changing the original nature of the land.

At present, an agricultural planting plan has been formulated according to the actual situation of the power station. Common crops such as rice, soybeans, and sweet corn are planted in the 170-acre under-panel planting area according to the local climate and geology. After the soil transformation is completed, high-yield crops such as Chinese herbal medicine are planted. As of the date of grid connection, 30 acres of rice and 20 acres of soybeans have been planted. At the same time, the early stage of agricultural planting plans to invest 300,000 yuan in land fertilization and soil transformation. The system can achieve the complementarity of agriculture, fish ponds and photovoltaics, and truly maximize the owner's income under the condition of limited land resources.

Jinzhai 6MWp agricultural-photovoltaic complementary intelligent photovoltaic power station is a "photovoltaic ecological complex"