Power Quality Analysis and Mitigation Techniques Course

Measure, diagnose and mitigate harmonics, voltage variations, unbalance, flicker and transients using standards-based power-quality engineering methods.

Electrical Power and Energy Engineering Training Courses Confirmed

Power Quality Analysis and Mitigation Techniques Course

Training Outlines

Introduction

Power-quality disturbances can cause nuisance tripping, equipment overheating, process interruption, data errors and premature asset failure. Effective remediation requires accurate measurement, classification and root-cause analysis rather than treating symptoms in isolation.

This course develops a standards-based approach to power-quality investigations. Participants will configure monitoring, interpret waveforms and spectra, diagnose voltage and harmonic problems, and select grounding, filtering, compensation and equipment solutions appropriate to the network.

Objectives

Classify power-quality phenomena and impacts
Configure monitoring and measurement programmes
Interpret RMS trends, waveforms and spectra
Calculate harmonic and unbalance indices
Diagnose sags, swells, flicker and transients
Assess compliance against applicable standards
Select technically appropriate mitigation measures
Produce evidence-based investigation reports

Course Outlines

Day 1: Power-Quality Framework and Measurement

Phenomena, terminology and compatibility
Equipment sensitivity and process impacts
Monitoring objectives and instrument selection
Voltage and current transducer considerations
Sampling, aggregation and event triggering
Measurement-plan development

Day 2: Voltage Variations and Unbalance

Sags, swells and interruptions
RMS event magnitude and duration
Motor starting and network faults
Rapid voltage change and flicker
Voltage unbalance and sequence components
Event correlation and source location

Day 3: Harmonics and Resonance

Nonlinear loads and harmonic sources
Fourier spectrum and distortion indices
Voltage and current harmonic limits
Transformer, cable and capacitor impacts
Parallel and series resonance
Harmonic-study interpretation

Day 4: Transients, Grounding and Interference

Impulsive and oscillatory transients
Capacitor switching and lightning effects
Grounding, bonding and neutral currents
Common-mode and electromagnetic interference
Surge protection and isolation
Transient measurement and diagnosis

Day 5: Mitigation Design and Compliance

Passive and active harmonic filters
Dynamic voltage restorers and UPS systems
Reactive compensation and flicker control
Equipment ride-through solutions
Verification monitoring and acceptance criteria
Power-quality investigation workshop

Training Locations

This Power Quality Analysis and Mitigation Techniques Course is available in multiple cities. Please select your preferred location from the list below

No training locations available for this course at the moment.

Training Schedule

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