Application Area
A Discussion on the Application of New Types of Reactive Power Compensation Devices in the Metallurgical Industry
The utilization of thyristor switches for capacitor switching primarily leverages the rapid zero-crossing switching characteristic to prevent inrush current, thereby reducing the risk of capacitor overload and damage. Moreover, thyristor switches are well-suited for fluctuating load conditions, ensuring normal compensation and harmonic mitigation.
Current Solution for Harmonic Suppression and Reactive Power Compensation in Public Buildings
At present, in order to save energy and enjoy convenient and comfortable living, UPS power supplies, electronic speed-control equipment, energy-saving lighting fixtures, and computers, microwave ovens, and other electrical equipment with power electronic devices used in homes are increasingly used in public buildings.
Airport Power Supply System
The reliability of the airport power supply system directly affects the operating state of the airport and is closely related to the safety of people's travel. However, in recent years, safety incidents caused by harmonic and reactive power faults in the power supply system have occurred frequently, so it is necessary to pay enough attention to such events in the airport power supply system and take effective measures to enhance the stability of the airport power supply system.
How solar energy influences power quality
How does the addition of a solar system influence an electrical installation’s power quality? To be honest, it is dependent on the installation details.
Wind Power Generation
Wind energy has random and intermittent characteristics. Large-scale wind farms are generally located in remote locations and are in the weak links of the power grid. With the continuous increase of wind power grid-connected capacity, grid voltage instability and line loss increase caused by wind power grid connections increasingly prominent.