About Power Factor Correction & Capacitor Sizing
Determine the exact capacitor bank size (kVAR and µF) required to correct lagging industrial power factors to utility compliance targets (e.g. 0.95+). Calculate line current reduction, conductor thermal relief, and annual utility surcharge savings.
Key Capabilities & Features
- Calculates required kVAR reactive reduction to reach target power factor
- Computes required capacitance in Microfarads (µF) at specified operating voltage and frequency
- Estimates line current reduction (Amperes) to decrease cable thermal losses
- Estimates annual utility low-PF penalty cost savings
- Visual breakdown of initial versus corrected reactive demand
How to Use Power Factor Correction & Capacitor Sizing
Enter Facility Load (kW)
Specify total active real power consumed by plant inductive equipment.
Set Initial and Target PF
Input your measured power factor (e.g. 0.72) and desired target (e.g. 0.95).
Review Sizing Requirements
View the required kVAR rating and microfarad capacitance for your capacitor bank.
Privacy & In-Browser Execution Guarantee
All energy audits and facility parameters are computed exclusively in your browser.
Frequently Asked Questions
Why do electric utilities penalize low power factor?
A low power factor draws excess reactive current through grid transmission lines, forcing utilities to install larger generators, transformers, and conductors while suffering higher line transmission losses.
Can power factor be overcorrected?
Yes. Adding excessive capacitance can push the power factor into a leading state, potentially causing voltage resonance, harmonics, and elevated line voltages that damage electronics.