Power Factor (APFC) Panels

Our systems deliver safe, efficient, and uninterrupted power distribution tailored to meet industrial, commercial, and residential needs.

Our Power Factor (APFC) Panels are designed to automatically maintain an optimal power factor by regulating reactive power in electrical systems. They help reduce energy bills, prevent utility penalties, enhance equipment life, and ensure efficient use of electricity in industrial and commercial setups.

Ensure your operations never stop with our AMF & Distribution solutions. From automatic power changeover to safe load distribution, we guarantee continuous, efficient, and secure power for every application.

Our Solutions & Benefits

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How it works

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An APFC Panel continuously monitors the power factor of the electrical system. When it drops below the desired level, the panel automatically switches capacitor banks in and out of the circuit to maintain an optimal power factor.

What is a Power Factor Panel?

It is an electrical panel that uses capacitor banks to automatically improve the power factor of a system.

 

 

Why is power factor important?

A higher power factor reduces energy losses, lowers electricity bills, and prevents penalties from utility providers.

 

 

How does an APFC Panel save money?

By improving power factor, it reduces reactive power demand, leading to lower energy bills and avoiding utility penalties.

 

Where are APFC Panels used?

They are commonly used in industries, commercial complexes, shopping malls, hospitals, and large office buildings.

 

Common Questions

Most Popular Questions.

Suitable for residential use, especially in areas with frequent power cuts, ensuring uninterrupted supply for essential appliances.

 

APFC Panels improve power factor by controlling capacitor banks, while PCC Panels distribute and control electrical power.

 

Yes, periodic inspection of capacitor banks and contactors ensures long-term reliable performance.

 

Yes, they can be designed based on load capacity, capacitor bank size, and industry requirements.

 

Yes, by reducing current losses and voltage drops, they protect transformers, cables, and machinery from stress.

 

The cost depends on kVAR rating, type of control (manual/automatic/microprocessor-based), and system capacity.