The HYSMK Series Self-Healing Shunt Capacitor optimizes power factor correction in low voltage systems up to 1000 V. Designed for industrial and commercial applications, the self-healing technology improves energy efficiency and grid stability while ensuring durability.

The HYSMK Series Self-Healing Shunt Capacitor is a key component of modern power systems that solves inefficiencies caused by reactive power in industrial, commercial, and utility environments. Designed for AC grids rated up to 1000V, it actively compensates for lagging current, improves power factor, reduces energy losses, and minimizes electricity costs. Compatible with a wide range of electrical equipment, from manufacturing plants to renewable energy facilities, it is a versatile solution for coordinating grid performance. By stabilizing voltage fluctuations and improving transmission efficiency, the HYSMK Series Self-Healing Shunt Capacitor supports sustainable energy management practices and meets stringent operational requirements.

Advanced self-healing technology is the core innovation of the HYSMK series Self-Healing Shunt Capacitor. When the capacitor is subjected to voltage overload or dielectric stress, the internal micro-faults are automatically isolated to prevent catastrophic failure and extend the service life. The self-healing mechanism does not require frequent maintenance and ensures uninterrupted operation in harsh environments such as temperature changes or electrical interference. It can recover from minor internal damage, reduce downtime, and save long-term costs.

The HYSMK Series Self-Healing Shunt Capacitor is made of metallized polypropylene film, combining lightweight design with strong electrical performance. The assembly materials ensure low losses and high thermal stability, maintaining stable functions under continuous load conditions. The HYSMK Series Self-Healing Shunt Capacitor does not require the use of hazardous liquid dielectrics and meets global safety standards and environmental regulations. The compact form factor design simplifies integration with existing power correction systems and provides scalability for large-scale deployments. No external cooling is required, further simplifying installation, making it ideal for retrofitting aging infrastructure.

Built-in voltage-sensitive circuit breakers and flame-retardant housings reduce risks associated with overcurrent or internal arcing. Fault protection devices ensure that the capacitors are gracefully deactivated in abnormal situations, protecting downstream equipment from collateral damage. Rigorous testing procedures verify the ability to withstand surge voltage, humidity and mechanical vibration, ensuring compliance with international certification standards.