Power Factor Correction Panels (PFCP)

Improving Energy Utilization

The Role of Power Factor Correction Systems

A Power Factor Correction System is an essential component in electrical engineering aimed at improving the efficiency of electrical systems.

It works by adjusting the power factor of an AC power supply, ensuring that the ratio of real power (used to perform work) to apparent power (the total power delivered to the load) is optimized.

This correction is achieved through the use of capacitors or other reactive components that counteract the effects of inductive loads.

By minimizing reactive power, the system reduces energy losses, lowers electricity costs, and enhances overall system performance.

Power Factor Correction Systems are particularly beneficial in industrial settings where large motors or other inductive loads are prevalent, leading to significant energy savings and improved power quality.

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Enhancing Power Quality

Exploring Two Types of Power Factor Correction Systems

Two range of the Power Factor Correction System are available: conventional capacitor bank system and solid-state capacitor system.

Conventional capacitor bank system employing an advance microprocessor controller, the system power factor is corrected through the switching of capacitor banks in steps via electromechanically contactors.

Depending on system requirement and an option, detuned reactors are available to absorb harmful harmonics.

In applications of large and rapid variation in loads conditions, the solid-state capacitor bank system is the absolute solution. It is a real time capacitor unit.

Employing an intelligent solid state switching element that connects the capacitor groups to the network during the capacitors zero current crossing, the transient effects normally created in conventional systems is avoided.

Its ability to compensate any variation in reactive power within one cycle (20ms) of the network frequency and the unlimited switching capability results in improved power quality and system capacity.

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