Power capacitors, though silent, are the "invisible pillars" of modern power systems. From factory workshops to urban power grids, from new energy power plants to rail transit, power capacitors continuously optimize power quality and improve energy effici

Power capacitors, as indispensable key components in modern power systems, are widely used in reactive power compensation, power factor improvement, voltage stabilization, and filtering.

power capacitors" installed in the power distribution cabinet. While not directly involved in production, they silently regulate the quality of the power grid, significantly improving factory electricity efficiency and becoming the "invisible heroes" of e

As a key reactive power compensation device, power capacitors can quickly provide instantaneous reactive power support during voltage sags, effectively suppressing voltage drops and improving system dynamic stability.

High temperatures cause the dielectric strength of insulating materials to decrease, making it easier for originally tiny air gaps or impurities to cause discharges.

In reactive power compensation devices in power systems, self-healing low-voltage shunt capacitors play a crucial role in improving power factor, stabilizing voltage, and reducing line losses.