Modern power factor (PF) controllers are based on microprocessors. The microprocessor analyzes the signals from the current transformers and generates switching commands to control the contactors used to add or remove capacitor stages. The intelligent control system ensures uniform utilization of the capacitor stages, minimizes the number of switching operations, and optimizes the service life of the capacitor bank.
The
reactive compensator is a power optimization device designed for factories with severe harmonic interference. Its core functions are:
Harmonic filtering - reduce damage to the power grid and equipment.
Reactive power compensation - improve power efficiency and save on electricity bills.
Automatic adjustment - fast response speed and adapts to load changes.
Reactive Power Compensators cannot solve harmonic problems, while filter compensation cabinets can solve harmonic + reactive power problems in one stop, protect equipment, and reduce electricity costs!
Typical applications:
Steel mills, chemical plants, and machinery manufacturing.
Non-linear loads such as variable frequency motors and medium frequency furnaces.
