HYSVG+C intelligent power quality integrated management device can proactively solve voltage fluctuations, harmonics and imbalance problems, ensure the stability of power quality of the entire industrial power grid and reduce energy waste. The modular design simplifies maintenance and is scalable.

Modern industrial operations face increasing challenges in maintaining stable power quality, with voltage sags, harmonics, and phase imbalances interfering with critical equipment. The HYSVG+C intelligent power quality integrated management device addresses these issues head-on, integrating ultra-thin SVG modules with capacitor compensation functions in a unified framework. This hybrid approach dynamically corrects reactive power shortages, suppresses harmonic distortion, and stabilizes grid voltage within milliseconds. By continuously monitoring electrical parameters, it can adapt to fluctuating loads in manufacturing plants, data centers, and renewable energy facilities, prevent downtime, and protect sensitive machinery from damage caused by poor power quality.

The core innovation of the HYSVG+C intelligent power quality integrated management device lies in its collaborative architecture marked by “SVG+C”, which perfectly combines a high-speed static reactive generator with a precision capacitor module. Unlike traditional solutions that only solve a single power quality problem, this combination can provide comprehensive mitigation measures. The ultra-thin design of the SVG module enables fast reactive power injection or absorption, instantly eliminating voltage flicker and imbalance. The capacitor module provides continuous reactive power support, reduces total energy loss, and improves grid efficiency. This dual feature ensures that transient and steady-state power quality issues are effectively and collaboratively managed.

The HYSVG+C intelligent power quality integrated management device is designed for high resilience and uses advanced DSP control algorithms to predict and eliminate interference before it affects operation. The multi-level topology minimizes switching losses, achieves near-sinusoidal current output, and effectively eliminates harmonic pollution up to the 50th order. The adaptive regulation function of the HYSVG+C intelligent power quality integrated management device responds to complex load changes in real time, whether it is from an arc furnace, an elevator, or a solar inverter, and can keep the voltage total harmonic distortion (THD) below 2%, in line with international standards.