Industry News

Compound switches combine thyristor and relay merits to realize zero inrush current and arc-free switching. Featuring low heat loss, long service life and multiple intelligent protections, it cuts maintenance costs and optimizes low-voltage reactive power compensation performance.

APFC devices eliminate reactive power waste and avoid power factor penalties, cutting power bills by 8%-15%. Featuring intelligent automatic adjustment and remote monitoring, they gain wide use in factories, commercial buildings and data centers with short investment payback period.

Innovative self-healing shunt capacitors adopt metallized polypropylene film to recover automatically from voltage breakdowns. They boost power factor, extend service life, cut energy loss, improve safety, and suit industrial plants, renewable energy and commercial buildings.

Self-healing shunt capacitors feature an innovative metallized film self-healing mechanism, explosion-proof protection and eco dry-type design. They provide reliable reactive power compensation, cut line losses, extend service life, and enhance grid stability amid rising renewable energy integration and industrial automation demand.

Driven by electrification, renewable energy and strict regulations, the shunt capacitor industry will hit 8.10% CAGR. Regional shifts and verified energy-saving benefits further fuel long-term market growth.

This article introduces self-healing shunt capacitors, a transformative innovation in power quality and grid reliability. Unlike traditional capacitors prone to failure, they use metalized polypropylene film to self-isolate defects, ensuring uninterrupted power factor correction, lower ownership costs, and enhanced safety. It notes the industry trend of retrofitting legacy capacitor banks (especially in renewable energy plants) and presents the manufacturer’s new HVC-SH Series, predicting widespread adoption by 2028 with upcoming IEC standards.