FGI SVG provides escort for the largest single photovoltaic base in China
Background of the largest single photovoltaic project
Recently, the first batch of units of the EPC general contracting project of the 3 million kilowatt photovoltaic base in Zhongwei, Ningxia, the largest single photovoltaic base project in China, has been connected to the grid and started generating electricity. This will inject strong impetus into the supply of clean energy in the northwest region and transform the desert wasteland into a "green power heart".
The Zhongwei project is a key construction project of Ningxia Autonomous Region in 2025 and one of the core projects of the "Sand, Gobi and Desert" large-scale clean energy bases in the "14th Five-Year Plan" of the country. It is also a model project of the new energy transmission base. The successful operation of the project not only provides a solid energy guarantee for the sustainable development of the local economy and society, but also injects new vitality into the energy structure adjustment, industrial structure transformation and upgrading, and ecological environment improvement in the Ningxia region.
After the full capacity grid connection, the project will generate a cumulative annual power of 5.78 billion kilowatt-hours, reducing 4.66 million tons of carbon dioxide, 33,900 tons of sulfur dioxide and 50,000 tons of nitrogen oxides annually. It will also provide about 1,500 jobs for the local area, which is of great significance for stimulating the new pulse of economic development in the Ningxia region and assisting in achieving the "dual carbon" goals.
FGI technology empowers and stabilizes the pulse of "green electricity"
Due to the randomness and volatility of photovoltaic power generation, the fluctuation of power generation capacity can easily affect the stability of the power grid voltage, which may lead to faults. To ensure the safe and reliable operation of the power grid, it is crucial for the substation to be equipped with efficient dynamic reactive power compensation devices.
With its professional strength in power quality management, FGI provided 24 sets of dynamic reactive power compensation devices for the Zhongwei project. These devices have a millisecond-level response speed and can accurately track the changes in the power grid in real time. By outputting reactive power, they effectively stabilize the voltage and ensure the smooth operation of the "green heart". Through unified dispatching and management in the background, the equipment can provide more than 1000 Mvar of reactive power, effectively solving the voltage fluctuation problem faced by the project.
Advantages of the FGI Plan
1. Small footprint, high power density: Through continuous updates and iterations, and optimization of the spatial structure layout, the product size has been further reduced, reaching the leading level in the industry.
2. Excellent high-low voltage crossing performance: Superior high-low voltage crossing control function, with performance indicators superior to national standards, ensuring stable operation of the equipment.
3. Support for multi-machine parallel operation: According to on-site requirements, it can support the coordinated control of multiple devices, automatically switch to the parallel operation mode, and meet the on-site capacity requirements.
Customer value
1. Stabilize the grid voltage and adjust the system voltage according to the dispatch requirements.
2. Improve the power factor and enhance the overall power factor of the power station to meet the assessment standards.
3. Have diverse operation modes to meet various on-site conditions and adjust in multiple modes to perfectly meet the various needs of photovoltaic power stations.
FGI has been deeply engaged in the research and development as well as manufacturing of reactive power compensation devices, providing professional power quality solutions for various industries including wind power, photovoltaic, metallurgy, coal mining, and petroleum. The company has always adhered to technological innovation and product iteration and upgrading, and is committed to contributing to the construction of a safer, more stable and efficient power system, driving the vigorous development of China's green energy industry.
