This tutorial will cover the applicational challenges of harmonic mitigation and design/specificational “best practices” for assuring proper load structure for power quality.
As new technologies for load-based structures transition to modern diode bridge and IGBT-based rectification configurations, electrical harmonics become a key consideration in planning for distribution grid design and load structure power quality specification. This course will provide information on:
– The Fundamentals of Electrical Harmonics
– Review of IEEE 519-2022 Requirements + Considerations of Missing Frequency Bandwidths in Standards (3kHz–150kHz)
– Harmonic Mitigation Strategies
– Considerations for Power Quality and Conditioning in Utility-Tied Systems
Modeling Exercise Case Study
For learners who wish to try a practical application of the information from the tutorial, this modeling exercise will be a value-added opportunity!
This will be a real-time simulation with facilitated Q&A to follow.
More Details
Primary Author & Presenter:
- Michael A. McGraw – Independent Consultant – Mills River, NC USA
Contributors:
- Alex Hoevenaars – Principal Applications Engineer – Mirus International, Inc. Brampton. Ontario, Canada
- Paul Hoevenaars – General Manager – Mirus International, Inc. Brampton, Ontario, Canada
- Austin Miller