Excellent Products
Advanced power quality solutions for industrial and commercial applications.
Pain Points & Solutions
Voltage Fluctuation
Unexpected equipment downtime, data loss, and production line interruptions caused by unstable grid voltage.
Harmonic Distortion
Transformer overheating, additional cable losses, and precision equipment malfunction from harmonic pollution.
Power Factor Penalties
Hidden costs climbing on electricity bills, with utility companies charging extra for poor power factor.
Grid Sampling
FFT Analysis
SiC/IGBT Inversion
Harmonic Injection
Core Technology Advantages
SiC Technology
Switching frequency >20kHz, loss reduction 30%
Anti-Resonance
Adaptive damping, prevents 5th/7th resonance amplification
Ultra-Compact
Space saving vs traditional 100mm+ cabinet models
99% Efficiency
Ultra high efficiency, maximizing energy utilization and reducing system losses
Four Product Series, Full-Scenario Coverage
From standard cabinets to extreme environments, from harmonic filtering to reactive power compensation — find your configuration
Standard
SiC
Distributed
Anti-Pollution
AHF Product Selection Matrix
Click voltage class button, then choose series and capacity button from the matrix and request quote.
| Capacity \ Model | Ultra-SlimU-Series | DistributedD-Series | Anti-PollutionA-Series | SiCC-Series | StandardL-Series |
|---|
Step 1: Select Voltage Class
Step 2: Select Series
Step 3: Select Capacity
Intelligent Human-Machine Interface
Equipped with a 7-inch high-resolution capacitive touchscreen providing an intuitive power quality monitoring experience. Real-time waveform display, historical data logging, remote communication, and control of up to 16 modules in one.
7-inch Touchscreen
Touch LCD & system setting
Real-time Measurement
Parameters / waveforms / spectra
Modbus / Ethernet
Remote monitoring & data logging
Multi-Language
EN/ZH/ES/DE/FR and 8 more
Note: Capacitor bank controller, which controls up to 32 sets of capacitor banks, is available. (7" monitor built-in or stand-alone type)
Success Stories
Document Library
Frequently Asked Questions
Nonlinear loads such as VFDs, UPSs, LED drivers, and welding machines generate 3rd/5th/7th/11th harmonics, leading to transformer overheating, additional cable losses, sensitive equipment malfunction, and nuisance tripping.
Traditional passive filters form series/parallel resonance with system impedance, causing harmonic current amplification, equipment damage, and capacitor bank explosion.
Total harmonic current distortion > 8% (IEEE 519) or > 5% (G5/4), resulting in utility fines, power supply restrictions, and commissioning failure.
3rd harmonics accumulate in phase in 3-phase 4-wire systems, causing neutral current to reach 1.7× phase current, cable insulation aging, and fire hazard.
Harmonics distort traditional power factor meter measurements, leading to capacitor bank over/under compensation and ongoing penalty charges.