Power Factor and Harmonic Analysis
Jim Phillips, P.E.
On Demand Class Agenda - 4 PDHs / 0.4 CEUs - $245

- 4 PDHs | 0.4 CEUs
- 23 Video Modules
- Learn about Power Factor and Harmonics
- See how to Design a Harmonic Filter
- Final Quiz – Minimum Passing Score of 70% Required for Continuing Education Credit
- Take the quiz as many times as you need
- Certificate of Completion with PDH/CEU Credit
- No Time Limit
- Store this program in your personal library for future reference
- This class is included for FREE with Livestreaming Version
Group Rates and Corporate Licensing
Groups of 4 or more receive discounts of 25% off!
Groups of 10 or more receive discounts beginning at 30% off.
Corporate Licensing: Contact us about corporate licensing for large groups.
Management Reporting is Available – Ask Us!
Questions? Call us at 800-874-8883 (US) or email us at info@brainfiller.com
Previews the Class
Module 1
Introduction to Power Factor
- Introduction
- kW – Productive Power
- kvar – Reactive Power
- kVA – Apparent Power
- PF – Cosine of Disp. Angle
- Increasing System Capacity
- Offsetting vars
Module 2
Leading and Lagging
- Capacity Limitations
- Offsetting vars
- Phase Relationship V & I
- Leading Current
- Lagging Current
- Complex Power
- Power Factor Triangle
Module 3
Power Factor and var Flow
- Power Factor Correction
- Example – Power Factor
- var Flow
- Utility and Spare Capacity
- Utility Rate Structure
- Power Factor “Penalty”
- Economic “Motivation”
Module 4
Utility Rates and Power Factor
- Types of Rates
- Demand Meter
- kVA Demand Rate
- kW Demand and PF
- Interruptible Rate
- Off Peak
- “Creative” Rates
Module 5
kVA Demand Rate
- kVA Demand
- Integrating Period
- Demand Charge
- Example – kVA Demand
- Savings Calculation
- kW Demand and PF
- Reduce kVA Demand
Module 6
Reducing the Electric Utility Bill
- Lagging Power Factor
- Inductive Loads
- Sizing PF Capacitors
- Payback – Economic Analysis
- Switching Steps
- Capacitor Control
- Capacitor Location
Module 7
Introduction to Harmonics
- Introduction to Harmonics
- Synchronous Condensers
- Harmonic Spectrum
- Harmonic Waveforms
- Fourier Analysis (sorry)
- Six Pulse Waveform
- 5th, 7th, 11th, 13th Harmonics
Module 8
Harmonic Sources
- Linear Loads
- Non Linear Loads
- Adjustable Speed Drives
- Switching Electronics
- Typical 6 Pulse Harmonics
- 6 Pulse vs. 12, 18 and 24 Pulse
- Problem: Predict Harmonics
Module Module 9
Harmonic Current Flow
- Harmonic Current Flow
- Constant Current Source
- Harmonic Related Problems
- Blown Capacitor Fuses
- Reduced Capacitor Life
- Equipment Misoperation
- Introduction to Resonance
Module 10
Resonance
- Parallel Resonance
- System Inductance
- LC Circuit
- Creation of Voltage Distortion
- Approximation of Resonance
- Series Resonance
- Crossover Frequency
Module 11
Impedance vs. Frequency
- Impedance vs. Frequency
- Inductance and jωl
- Example Z vs. F Calculation
- Parallel Resonance Impedance
- Constant Current Source
- Simulation – Parallel Resonance
- Creation of Voltage Distortion
Module 12
Resonance Trends
- Predicting Resonance
- Effect of Capacitor Size
- Example: Size vs. Resonance
- Effect of Source Strength
- Example: Source vs. Resonance
- Importance of Strong Source
- Resonance Trends
Module 13
Resonance Frequency Calculation
- Calculate Resonance Frequency
- 5 Step Capacitor Bank
- Evaluate Each Step
- In Class Problem
- Harmonics vs. Resonance
- Harmonic Interaction
- Voltage Distortion
Module 14
Harmonic Distortion
- Voltage Distortion
- Current Harmonics
- Total Harmonic Distortion THD
- Effect of Voltage Distortion
- Zero Voltage Crossing Issue
- Generator Control Example
- Waveform Analysis
Module 15
Calculating THD
- Example Problem
- Harmonic Analysis
- Calculate Impedance
- Impedance vs. Frequency
- Effect of Motor Drive
- Effect of Current vs. Voltage
- Calculation of THD
Module 16
THD and Voltage Distortion
- In Class Analysis Problem
- Calculate Z vs. F
- Determine Harmonic Voltage
- Determine Voltage THD
- Effect of Source Strength
- Effect of Harmonic Currents
- Identifying Parallel Resonance
Module 17
Harmonics and Transformers
- Question from Class
- 3rd Harmonic Isolation
- Zero Sequence Currents
- Transformer Heating
- Phase Cancellation
- Phase Shifting
- Delta Delta and Delta Wye
Module 18
Distortion and IEEE 519
- Parallel Resonance – THD
- Simulation Weak vs. Strong
- IEEE 519 Introduction
- Voltage THD Limits
- Current THD Limits
- Total DEMAND Distortion
- Isc/Iload – Effect of Source
Module 19
Transformers and Harmonics
- Transformer Overheating
- Losses from Harmonics
- Transformer Heating Example
- Introduction to K-Factor
- Transformer Heating Example
- K-Factor Worksheet
- K-Factor Calculation Example
Module 20
3rd Harmonics
- Third Harmonics
- 120 Degree Wave Length
- No Cancellation
- Source of Third Harmonics
- Shared/Common Neutral
- Example – Neutral Overload
- Solutions
Module 21
Reducing the Impact of Harmonics
- Constant Current Issue
- Harmonic Filters
- Oversize Neutral
- Strong Source
- True RMS sensing
- De-rate Equipment
- Compatible Controls
Module 22
Harmonic Filters
- Harmonic Filter Concepts
- Band Pass
- Tuning Frequency
- Sizing Tuning Reactor
- Goal: Flat Response
- Make Capacitor Look Invisible
- Capacitor/Filter Standards
Module 23
Problem: Harmonic Filter Design
- Problem Introduction
- Tuning Frequency
- Capacitor Adequacy Issue
- Using Design Worksheets
- Sizing Reactor
- Oversizing Capacitor
- Evaluating Adequacy
Group Discounts
Contact Us
- 25% Discount for 4 or More
- 30% Discount for 10 or More
- Larger Groups? Contact Us.
- Management Status Reporting
- Contact Us
- Brenda@brainfiller.com
- 800-874-8883
Download the worksheets for this class: