Ankerui SVG dynamic compensation filtering module: Based on power factor control, a target power factor value (such as 0.95) is set. When the system power factor is detected to be lower than the target value, the reactive power compensation module starts to use capacitors for reactive power compensation, gradually increasing the power factor to the target value; The control based on reactive power directly compensates according to the magnitude of reactive power in the system. When the reactive power exceeds a certain threshold, corresponding compensation capacitors are put into operation. The intelligent control strategy combines various factors such as system load changes, voltage fluctuations, etc., and achieves more accurate and efficient reactive power compensation through optimization algorithms.
Ankerui SVG dynamic compensation filtering moduleIn the power system, many loads such as motors, transformers, etc. are inductive loads that cause current to lag behind voltage, resulting in a decrease in power factor. The Ankerui reactive power compensation module injects capacitive reactive power into the system to balance the reactive power consumed by inductive loads, reducing the phase difference between current and voltage and thereby improving the power factor. For example, in industrial production, a large number of asynchronous motors have a low power factor during light or no-load operation. By installing reactive power compensation modules, the power factor can be increased to 0.9 or above, which meets the requirements of the power department and avoids penalties caused by low power factor.

Ankerui SVG dynamic compensation filtering module It is based on power electronic converter technology, which controls the output current of the converter to quickly and continuously regulate the output of reactive power. SVG can output capacitive reactive power and inductive reactive power, with higher flexibility and dynamic response capability. It can accurately achieve reactive power compensation in situations where the system voltage fluctuates greatly and the load changes frequently, maintaining system voltage stability and power factor at a high level
Ankerui's reactive power compensation module is widely used in various fields such as industry, commerce, power systems, and construction. The following are its detailed application scenarios:
Manufacturing factoryFactories such as automobile manufacturing and mechanical processing extensively use equipment such as electric motors, welding machines, and frequency converters. These devices generate a large amount of reactive power during operation, resulting in a decrease in power factor and fluctuations in grid voltage. The Ankerui reactive power compensation module can be installed in the factory distribution room to compensate for reactive power in real time, improve power factor, reduce line losses, ensure stable operation of production equipment, and reduce equipment damage and energy waste caused by voltage instability and reactive power losses.
chemical enterpriseIn the process of chemical production, various pumps, compressors, reaction vessels and other equipment require a large amount of electrical energy to operate, and the load changes frequently. The reactive power compensation module can dynamically adjust the reactive power compensation amount according to load changes, maintain system voltage stability, ensure the continuity and safety of chemical production, and reduce the electricity cost of enterprises.
steel millElectric arc furnaces, rolling mills, and other equipment in the steel industry are high energy consuming and have high reactive loads. The Ankerui reactive power compensation module can effectively compensate for the large amount of reactive power impact generated by electric arc furnaces during the steelmaking process, stabilize the grid voltage, improve power supply quality, ensure the normal operation of steel production equipment, reduce energy consumption, and improve the economic benefits of enterprises.
