A two-day power quality course that explains the Engineering Recommendations associated with power quality, and demonstrates their application through worked examples and case studies.
This practical course will take you step by step through the Engineering Recommendation G5/4 (and the updated G5/4-1) on harmonics, explaining the background to the recommendation and the relevance of British and International standards to modern power networks.
The course will take you through the theory behind various types of disturbance on power networks, including the concept of electromagnetic compatibility, the causes and effects of harmonics, voltage fluctuations and flicker, and the effects of variable speed drives, UPS and switched mode power supplies.
You will then get the opportunity to test your understanding of G5/4 by working through a number of worked examples. Finally the workshop course will discuss power quality measurements and how the results can be interpreted, as well as the kind of power quality mitigation and conditioning techniques that you can apply.
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Introduction to Power Quality
Power Quality Standards
- IEC 61000 series
- BS EN 50160
- ER G5/4-1
- Harmonic distortion
- Loads that generate harmonics
- Effects of harmonics
- Purpose of G5/4
- Features of G5/4
Power Quality Surveys
- What to measure
- Where to measure
- Analysing the data
Harmonic Measurement and Standards
- Measurement standards
- VT’s and CT’s
Solutions to Harmonic Distortion
- Isolating transformers
- ER P29
- Causes of unbalance
- What is flicker?
- ER P28
- Evaluation of flicker level
Programme may be subject to amendment
- Understand the problems and mitigate against the effects of harmonics on rotating machinery, transformers, cables and other assets
- Avoid overloading and degrading critical assets
- Gain essential knowledge of Engineering Recommendation G5/4
- Improve efficiency and prevent the premature failure of key assets
- Understand the process for connecting non-linear equipment
- Test your learning on real life worked examples and case studies
- Develop vital skills in power quality measurement and interpretation that are in short supply
- Learn new techniques for mitigation and conditioning