Power Quality Analysis

Power Quality Analysis is the process of verifying the stability, cleanliness, and reliability of electrical power in an industrial system. It helps detect issues such as:

Harmonics
Transients
Poor Power Factor
Phase Imbalance
MDI Charges

Ensuring the safe, efficient, and uninterrupted operation of equipment.

What it is: Harmonics are voltage or current wave distortions caused by nonlinear loads like VFDs or UPS etc.

Why it matters: They lead to overheating, energy loss, and malfunctioning of sensitive equipment. Controlling harmonics improves efficiency and extends equipment life.

What it is: Transients are short, sharp spikes in voltage caused by switching operations or lightning.

Why it matters: They can damage electronics instantly and lead to system failure or data loss. Identifying transients helps protect sensitive and critical equipment

What it is: Power Factor measures how effectively electrical power is being used.

Why it matters:: A low power factor means energy is wasted and may incur utility penalties. Correcting it reduces losses, improves system stability, and lowers bills.

What it is: Phase sequence is the correct order of voltage phases in a 3-phase system.

Why it matters: They can damage electronics instantly and lead to system failure or data loss. Identifying transients helps protect sensitive and critical equipment.

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