Power Quality Training

Power Quality Training

Our 12-Hour Live Online training course is important because power quality and harmonics analysis, measurement, and mitigation of electrical disturbance is no longer an option in our modern electronic society, it is a necessity.

This course covers the same curriculum as our traditional in-person 1-day training course.

You can access the live online training through our web-based platform from your own computer. You can see and hear the instructor and see his screen live.

You can interact and ask questions. The cost of the training also includes 7 days of email mentoring with the instructor.

Our power quality seminar discusses the concepts of proper power quality as well as the negative effects of poor power quality.

Students will learn what power quality entails and who all the relevant stakeholders are. Furthermore, students will learn what the possible effects are of poor power quality and what the direct and indirect costs are of poor power quality on industrial power systems.

From microwave towers feeding data to corporate offices, modern data management centres, telecommunications networks, industrial, commercial and institutional power systems all demand uninterrupted, uncorrupted electrical electricity. As much as 40 per cent of electrical maintenance issues can be attributed to transient voltage spikes, voltage dips, brownouts and outages. Did you know that the average computer site experiences 38 power interruptions per year, and that 94 per cent of those interruptions are less than five minutes in duration.

Microprocessor-based industrial controls - PLCs, industrial computers, HMI, drives, motion controllers and sensors - are the foundation of high productivity, quality and competitiveness. If there is one universal factor that can and will disrupt microprocessor-based controls and cause downtime, it is power quality. Since industrial electrical systems frequently experience voltage fluctuations, harmonic distortions, noise and short- or long-term power outages, it is essential to ensure maximum uptime. The ability to quickly identify and remedy power quality problems will help ensure metering accuracy, lengthen the life of electrical equipment and improve power system availability.

Power quality failures are expensive and can significantly impact the bottom line of an organization. Electrical engineering and maintenance personnel have long been aware that identifying, monitoring and correcting power quality problems is vital to keeping facilities and processes running smoothly. This forum offers electrical professionals the opportunity to keep abreast of the latest technologies and techniques available in this area. It also offers an excellent opportunity for delegates to ask specific questions and exchange ideas relating to their own applications. This is designed to be an interactive, problem-solving, learning environment for delegates of all disciplines.


Harmonics Problems Cause:

  • Increased losses, e.g. machines will operate at increased temperature and can be overheated
  • Resonance problems between the inductive and capacitive parts of the power network
  • Malfunctioning of control systems since electronic meters, relays, etc. are matched to the fundamental frequency
  • Overloading of capacitors, leading to malfunctioning and premature aging
  • Interference with telecommunications and computers
  • Disturbances in ripple control systems
  • High currents in neutral conductors.



  • Recognize symptoms of power quality problems including sags, swells, under or overvoltage, harmonics, transients, electrical noise (EMI/RFI/EMF), interruptions, wiring and grounding issues
  • Classify power quality events according to IEEE, ITIC (CEBNA) and public utility standards
  • Collect the required data to perform a detailed coordination study
  • Explain proper application and interpret results of power quality monitoring equipment
  • Recommend viable solutions including UPS, line voltage regulators, transient (surge) suppressors, harmonic filters, line filters, power conditioners, k-rated, isolation and zig-zag transformers, proper wiring and grounding, etc.


WHO should attend

This Power Quality Training course is intended for engineers, electricians and technicians that install, maintain, repair and/or troubleshoot power and auxiliary systems.


Students receive

  • FREE Electricity Forum 120-page Digital Power Quality Handbook (Value $20.00)
  • $100 Coupon Toward any Future Electricity Forum Event (Restrictions Apply)
  • 1.4 Continuing Education Unit (CEU) Credits
  • FREE Magazine Subscription (Value $20.00)
  • Course Materials in Paper Format


Related Course

Power Quality Troubleshooting Training



Pablo Diaz, Power Quality & Grounding Consultant, The Electricity Forum



Session 1: Power Quality - Definitions according to Canadian Electrical Code, IEEE STD 1100, IEEE STD 519

  • The Sine Wave
  • Faraday Law
  • Lenz Law
  • Power Waveform
  • Electromagnetic Fields
  • Phase Angle
  • Tolerance Limits


Session 2: Power Quallity Disturbances

  • Voltage Fluctuations
  • Voltage Fluctuations Effects
  • Subcycle Disturbances
  • Energy Interruption
  • Electrical Noise
  • Electromagnetic Interference (EMI)
  • Radio Frequency Interference (RFI)
  • Harmonics
  • Electrostatic Discharge (ESD)


Session 3: Transient Overvoltage Problems

  • Troubleshooting Transient Overvoltage Problems
  • Technical Criteria
  • IEEE C62.41 Guidelines
  • Transient Over Voltage
  • Transient Overvoltage Suppressors
  • Suppression Technologies
  • IEE Location Categories
  • Gas Tubes
  • Silicon Avalanche Diodes
  • Metal Oxide Varistors


Session 4: Harmonics in the Power System - Part 1

  • Tha Harmonic Factor
  • Harmonic Waveforms
  • Voltage Harmonics
  • Current Harmonics
  • Total Harmonic Distortion
  • DC Power Supplies
  • Harmonic Generators

Session 5: Harmonics in the Power System - Part 2

  • Sources of Harmonics
  • Symptoms and Effect on Equipment
  • Power Factor Capacitors and Resonance
  • Harmonic Limitations (IEEE Standard 519)
  • Series Resonance and Filter Design
  • Third Harmonic Neutral Current

Session 6: Power Factor

  • Fundamental Frequency Power Factor
  • Causes of low power factor
  • What are effects of low power factor
  • Motor currents
  • Power factor vs energy savings
  • Improving Power Factor
  • Selection methods for power factor capacitors
  • Cost of low power factor
  • Locating PF capacitors
  • Capacitor applications issues
  • Best practices

Session 7: Separately Derived Systems

  • Control & Solutions for PQ Problems
  • Power Enhancement Devices
  • LC Filter
  • Harmonic Filter
  • Transformers and Harmonics
  • Stand-by Power Systems



Session 8: Measurement Techniques

  • IEEE Emerald Book -Conducting Site Surveys
  • Manufacturers' Terminology
  • Grounding Measurements
  • Disturbance Measurements
  • Waveform Signatures


Session 9: Power Quality Site Survey & Power Analysis

  • The Site Survey
  • Receptacle Branch Circuit
  • Recording the Findings
  • Flat-Topped Voltage
  • Neutral-Ground Voltage Test
  • Current in the Neutral Conductor
  • Sared Neutrals
  • Performance Wiring

Session 10: Power Quality Site Survey on Service Panels

  • Troubleshooting Procedures to Perform a Site Audit
  • Feeder Neutral Current
  • Effective Wiring
  • Power Consumption
  • A Line-up of Power Quality Culprits
  • Transformer Measurements
  • Motors Measurements
  • Critical Electronic Equipment Measurements
  • Cabling Systems Troubleshooting
  • Electromagnetic Fields Measurements

Session 11: Power Quality Measurements on Transformers

  • Transformer Loads
  • Transformer Primary & Secondary
  • Step-up and Step-down Transformers
  • Transformers Power Losses
  • Transformers Efficiency
  • Transformers Turns-Ratio
  • Delta-Delta Transformers
  • Delta Wye Transformers

Session 12: Power Quality Measurements on Motors

  • Motor Starting & Running Current
  • Motor Speed Contol
  • AC Motors
  • DC Motors
  • Synchronous Motors
  • Wound Rotor Motors
  • Motor V-A Calculations
  • Motor VA for Three-Phase Motors
  • Voltage & Current Unbalance

Session 13: Power Quality Mitigation Techniques

  • K-Factor Transformers
  • Power Line Conditioners
  • Harmonic Filters
  • Lightning/Surge Protection
  • Redundant Electrical Supply/Automatic Switching
  • Standby/Emergency Power Generation


Questions and Answers



Both days:
Start: 8:00 a.m.
Coffee Break: 10:00 a.m.
Lunch: 12:00 noon
Restart: 1:15 p.m.
Finish: 4:30 p.m.






We can present this Power Quality Training Course to your electrical engineering and maintenance staff, through our Live Online Training Platform, tailored to your specific equipment and requirements. We are ready to help design this program for you. Click on the link below to request a FREE quotation.

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