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In a power system dominated by inductive loads, equipment operation needs to absorb a large amount of reactive power. Compensation intelligent low voltage power capacitor or Power auto compensation controller can be used to solve this problem.

A fire caused by overheating of a PFC capacitor will cause huge losses to the industrial power distribution system. Based on a library of tens of thousands of fault cases, Geyue Electric has summarized five overheating signals that must be intervened immediately in industrial low-voltage reactive power compensation scenarios, helping your enterprise avoid unexpected losses of more than six figures.

Worldwide, the pioneers in the transition to power factor correction technology based on the Internet of Things are mainly concentrated in countries and regions with high levels of industrial automation, strict energy efficiency policies, and developed Internet of Things infrastructure. Next, let's discuss the changes brought about by the countries and regions that led this revolution.

In hospitals, shopping malls, factories, communities and other centralized power consumption places, the basements are equipped with power distribution systems. In these power distribution systems, compensation cabinets are standard equipment. However, many users do not know that the reactive power automatic compensation controller is very important. Without the compensation controller, the energy saving effect of the capacitor cabinet will be greatly reduced or even cause additional losses.