Active Harmonic Filter (AHF)

Overview

With the wide application and development of power electric technologies, there are more and more nonlinear loads in the power system, such as rectifiers, frequency converter, UPS, household applications, LED lights, computer and other equipment. The nonlinear loads will generate harmonics currents and inject them into the power grid, causing distortion of the voltage waveform, thereby causing harmonic “pollution” of the power grid. 

Lafaelt active harmonic power (AHF) is a good way to solve the harmonic problem with IGBT. Our active power filter offters a selectable priority function of harmonic filtering, reactive power compensation, and load balancing.

Working Principle

Compensation Effect

Application

Electrical Power system: used to improve the quality of the power grid, reduce harmonic distortion, and enhance power supply reliability.

In the industrial field, it is widely used in electrolysis, electroplating, water treatment equipment, petrochemical enterprises and other scenarios to help reduce equipment wear and extend service life.

Commercial buildings, such as large shopping malls and office buildings, ensure the normal operation of equipment by reducing power interference.

Medical institutions: In the hospital power supply system, reduce the impact of harmonics on precision medical equipment and ensure equipment stability.

Telecommunication industry: used for base stations and data centers to optimize power quality and reduce signal interference.

Semiconductor manufacturing: Reducing the impact of harmonics on the production process in high-precision production equipment.

Airports and ports: Ensure the stability of the power supply system and reduce the risk of critical equipment failures.

Theater and Stadium: Used for sound and lighting systems to enhance equipment performance and reduce noise interference.

Technical Parameters

Active Harmonic Filter Specification

Installation Dimensions

400V 300A Active Harmonic Filter Cabinet