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Read practical engineering insights on harmonics, reactive power, voltage stability, equipment selection and commissioning for industrial and utility projects.

What Are Capacitor Banks in Power Systems?

What Are Capacitor Banks in Power Systems?

Capacitor banks are assemblies of capacitor units with switching and protection. Learn types, where they sit, and how packaged MV/HV banks are defined.

What Capacitor Banks Actually Do in Industrial Power Systems

What Capacitor Banks Actually Do in Industrial Power Systems

Capacitor banks supply leading kvar to raise power factor, cut current and losses, support voltage, and free transformer capacity—with clear harmonic limits.

Capacitor Bank for Power Factor Correction: A Practical Buyer Guide

Capacitor Bank for Power Factor Correction: A Practical Buyer Guide

Size a capacitor bank for power factor correction with the kvar formula, compare fixed vs automatic banks, and manage harmonics, discharge, and inrush.

Load Balancing and Power Quality for Large Buildings: SVG, AHF, and Capacitor Stacks

Load Balancing and Power Quality for Large Buildings: SVG, AHF, and Capacitor Stacks

Best load balancing and power quality for large buildings means three-phase current balance plus reactive and harmonic control—SVG, AHF/hybrid, not UPS alone.

Point on Wave Switching for Capacitor Banks: Limiting Inrush with Controlled Closing

Point on Wave Switching for Capacitor Banks: Limiting Inrush with Controlled Closing

Learn how point-on-wave switching limits capacitor-bank inrush, handles residual charge and back-to-back cases, and when reactors or HV bank design matter.

Variable Impedance Type Static Var Generator: SVC Naming vs Modern SVG

Variable Impedance Type Static Var Generator: SVC Naming vs Modern SVG

A variable impedance type static var generator means SVC thyristor TCR/TSC technology—not a VSC-type SVG. Compare topologies and when CHYN HYSVG fits.