HY series Anti-Harmonic Intelligent Power Capacitor is designed for power grids with severe harmonic interference. It integrates reactive power compensation, power factor correction and harmonic suppression functions to optimize energy efficiency and protect power systems. HY series Anti-Harmonic Intelligent Power Capacitor provides three-phase (HYBAGK/HYBAGK-A) and split-phase (HYBAFK) configurations, with reactance ratios of 7% and 14% respectively, ensuring that it can adapt to various industrial environments.

The HY Series Anti-Harmonic Intelligent Power Capacitor is a key solution for industrial and commercial facilities operating in high-harmonic environments. The core application is to stabilize power grids polluted by harmonics generated by non-linear loads. By dynamically compensating reactive power and suppressing harmonic distortion, voltage fluctuations can be prevented, line losses can be reduced, and the risk of equipment overheating can be minimized. The HY Series Anti-Harmonic Intelligent Power Capacitor is indispensable for industries that focus on energy efficiency and operational safety, including manufacturing plants, data centers, and renewable energy facilities.

Unlike traditional capacitors that are susceptible to harmonic amplification, the HY series Anti-Harmonic Intelligent Power Capacitor integrates anti-harmonic reactors with an adjustable reactance rate of 7% or 14%, which can selectively filter out major harmonic frequencies and maintain stable compensation. The embedded intelligent control module can continuously analyze the grid conditions and automatically adjust the compensation strategy to adapt to real-time load changes. Adaptability extends the service life of connected equipment and ensures compliance with international power quality standards such as IEEE 519 and IEC 61000.

The HY Series Anti-Harmonic Intelligent Power Capacitor is available in three-phase and split-phase configurations, providing customized solutions for complex power grids. The three-phase model (HYBAGK/HYBAGK-A) optimizes large-capacity compensation in balanced systems, and the split-phase model (HYBAFK) solves unbalanced load problems common in mixed-use facilities. The modular design allows for seamless expansion, and the compensation capacity can be expanded as operational needs change. The capacitor unit uses self-healing metallized film technology to resist dielectric breakdown under harmonic stress, reducing maintenance requirements and downtime. Harmonic suppression prevents transformer derating and premature motor failure.