How Can A Power Factor Correction Device Be Used To Detect The Actual Threat Posed To The Power Grid By A Poor-quality Power Source?

When using uncorrected power supplies, the fact that poor-quality power sources pose a real threat to the power grid is often overlooked. For example, when no power factor improvement device is deployed in the system, the reactive power and harmonic current in the power grid will increase abnormally.

During this process, equipment such as transformers, lines, and capacitors age faster due to the additional load, thus reducing the overall stability and reliability of the power grid. In other words, when the power factor detected by capacitor bank for power factor improvement is low and the harmonic content is high, the power grid not only has to bear additional heat loss, but may also encounter problems such as voltage fluctuations, power quality deterioration, and premature equipment failure.