reactive power compensators can play an advantageous role in power systems and can control, protect, and monitor electric energy.
power compensator combines advanced electrical technology with high-quality manufacturing capabilities to meet the needs of various power systems. Safety and reliability are given priority in the design of the equipment to ensure good operability and maintainability, and to provide users with an efficient power environment.
Reactive power is the energy that can maintain the exchange of electromagnetic fields in the power system. Equipment with coils, such as motors and transformers, all rely on it to generate magnetic fields. It does not do the work itself. Without it, the equipment cannot operate normally, and the effective transmission of electricity will also be affected.
reactive compensation has three forms: three-phase common compensation, three-phase split compensation, and common compensation plus split compensation. According to the actual load situation, the compensation effect and cost can be taken into account, and the compensation form can be reasonably selected to fully solve the problem between compensation reactive power and power imbalance, so that users can invest in cost-effective costs.
