FGISVG facilitates the market-oriented transformation of new energy
1.Introduction
With the full implementation of the "Notice on Deepening the Market-oriented Reform of On-Grid Electricity Prices for New Energy to Promote High-Quality Development of New Energy" issued by the National Development and Reform Commission and the National Energy Administration, the new energy industry has officially entered a new stage of market competition. Starting from June 1, 2025, new energy projects such as wind power and photovoltaic power will fully participate in the market-based power trading, with electricity prices determined by market supply and demand. This transformation has posed the challenge of intensified profit fluctuations for new energy enterprises. Against this backdrop, a wave of "rush installation" has swept across various regions.
As a "stabilizer" for new energy stations, the demand for dynamic reactive power compensation devices has increased significantly. The dynamic reactive power compensation device (SVG) can automatically adjust according to grid fluctuations, quickly compensate, improve the power factor, stabilize the voltage, and effectively enhance the power quality of new energy stations.
The new generation of SVG products developed by FGI optimizes the internal structure, reduces the floor space and offers more flexible layout. The overall design adopts a modular approach, with convenient connection between each component and high installation and commissioning efficiency. This significantly enhances the first-time grid connection success rate of the station. After extensive on-site verification, it has received unanimous praise from users.
2.Technical advantage
Excellent high and low voltage ride-through performance
The indicators such as the range and duration of high and low voltage crossing are all higher than the national standards, which can ensure that the equipment does not disconnect from the grid and does not expand the accident in the event of sudden drops or rises in grid voltage.
Time-sharing control and automatic switching function
It can set different operation modes according to different times and switch automatically to better adapt to different on-site requirements
The types of models are rich.
We offer a variety of models including indoor, outdoor, air-cooled and water-cooled ones, with voltage ranges covering multiple levels such as 6kV, 10kV, 20kV and 35kV, meeting the requirements of various projects.
Multi-machine collaborative control mode
It is capable of achieving unified and coordinated control when multiple devices operate on the same busbar.
3.Typical case
A wind power project in Sichuan
The high-voltage SVG can precisely and quickly adjust the reactive power of the wind power plant, effectively solving the problem of unbalanced reactive power caused by wind speed fluctuations and the start/stop of wind turbines.
Ensure that the grid voltage remains within a reasonable range, reduce the damage caused by voltage fluctuations to power equipment, extend the service life of the equipment, and lower the operation and maintenance costs.
It can effectively filter out the harmonic currents generated during the power generation process of the wind farm, avoiding the interference of harmonics on the sensitive electrical equipment in the surrounding area, and improving the reliability and safety of the entire power system.
It can improve the power factor of the wind power plant and meet the requirements of power grid operation.
FGI focuses on the research and development and manufacturing of reactive power compensation control devices, providing professional power quality solutions for users in various industries such as wind power, photovoltaic, metallurgy, coal mining, and petroleum. It continuously innovates and iterates to contribute to the construction of a safe, stable, and efficient power system.
