Industry News

Factories often operate large numbers of motors, pumps, compressors and other inductive equipment. These loads can create significant reactive power demand.

Choosing a low-voltage power capacitor based only on kvar rating is risky. Several electrical and environmental parameters should be checked before an order is placed.

Self-healing technology has become an important feature in modern low-voltage shunt capacitors. But what does "self-healing" actually mean, and why does it matter to users?

For international buyers, selecting the supplier is often as important as selecting the product.

How modern metallized film technology and automatic dielectric restoration prevent catastrophic plant downtime.Ask any plant electrical engineer about their biggest operational headaches, and power factor correction capacitors will likely be high on the list.In heavy industrial facilities---ranging from textile mills operating large variable frequency drives (VFDs) to mining operations facing extreme voltage spikes---capacitors endure immense stress. Micro-overvoltages, transient harmonics, and high thermal stress constantly threaten to break down traditional dielectric insulation, leading to premature capacitor bank failure, unnecessary utility penalties, and unplanned downtime.

As industrial automation, renewable energy, and smart grid projects continue to expand worldwide, power quality has become a major concern for utilities, equipment manufacturers, and industrial facilities. Among the many components used for reactive power compensation, Self-healing Shunt Capacitors are receiving increasing attention due to their reliability, long service life, and reduced maintenance requirements.