Capacitor Banks Explained: What They Are and How They Improve Power Factor

Reduce Reactive Power Charges and Improve Electrical Efficiency with Smart Capacitor Bank Solutions

What Is a Capacitor Bank?

A capacitor bank is a group of capacitors installed in an electrical system to improve power factor. It works by supplying reactive power to offset the inductive loads caused by motors, HVAC systems, and industrial equipment. This improves the efficiency of your electrical system and reduces unnecessary energy costs.

Businesses with low power factor often pay penalty charges on their electricity bills. Installing capacitor banks helps reduce these charges and improves power quality across your facility.

Why Power Factor Matters

Power factor is a measure of how efficiently your electrical system uses electricity. A power factor close to 1 means most of the electricity is doing useful work. A low power factor means more energy is wasted.

Capacitor banks correct this by reducing the amount of reactive power drawn from the grid, helping you:

How Capacitor Banks Improve Power Factor

Capacitor banks add capacitive reactance to your system, which balances the inductive load from machinery and lighting. This helps:

Improved power factor also reduces the load on electrical infrastructure, extending the life of your motors, transformers, and switchgear.

Types of Capacitor Banks

At Neutron Energy Control, we supply and install two main types of capacitor banks:

1. Fixed Capacitor Banks

2. Automatic Capacitor Banks

Benefits of Installing Capacitor Banks

Installing a capacitor bank from Neutron Energy Control provides:

Custom Capacitor Bank Solutions from Neutron Energy Control

Neutron Energy Control offers turnkey capacitor bank solutions for commercial and industrial facilities. Our process includes:

Our systems range from compact setups to large 600 kVAr units, with automatic switching to match your load demands.

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