Comprehensive course analysis
Who should attend
This course is intended for technicians and engineers responsible for the identification and correction of power quality and harmonic problems in commercial and industrial facilities.
About the course
The Power Quality and Harmonics course combines extensive study experience to familiarize attendees with the terminology and concepts to evaluate power quality. The course reviews the causes of various types of power quality problems in commercial and industrial environments. The effect of these problems on power system components and end-user equipment will also be addressed. Commercially-available tools for identifying these problems will be discussed and demonstrated, as well as how to interpret their results.
The effects of harmonics on various power system components and methods of reducing excessive harmonics will also be addressed. IEEE recommendations, National Electric Code requirements are also emphasized in this course.
Mitigation techniques for power quality problems will be studied, including the use of K-factor rated transformers, full neutrals and harmonic filters. The operational principles of uninterruptible power supplies will be discussed along with consideration for their sizing and applications. Other emergency back-up systems will also be addressed.
At the end of the course the attendees would gain good knowledge and skills to deal with power quality and harmonics problems. The attendees would be aware of the new trends in monitoring and solving these problems. Thus, they would participate in increasing the level of the electric network reliability, and reduce liability of the outage of the electric power service.
Upon completion of this course, attendees will be able to:
- Understand the causes of various types of power quality problems in commercial and industrial environments
- Recognize the cause and source of power system disturbances.
- Define the various equipment’s used for power monitoring.
- Know how to mitigate any existing and potential problems, thereby minimizing equipment disoperation and process downtime.
- Analyze types of electrical systems loads and their power quality considerations.
- Calculate harmonic voltages and currents
Attendees will have new knowledge and techniques about power quality and harmonics in electric power systems. This will allow them to understand and implement the requirements for monitoring, analysing and mitigating power quality and harmonics problems in their organisations.
This will help the organisation to improve its effectiveness in ensuring a compliant and reliable electrical service.
Upon completion of this course, a participant should be able:
- To review factors those contribute to power quality problems.
- To explore Power System Harmonics concepts, causes, and solutions.
- To review the study of Harmonics and its problems in depth.
- To find solutions available to solve power quality problems
- To describe the processes that many utilities and customers are employing to prevent, identify, and solve these problems
### Day 1 Introduction to power quality problems
- Electrical Disturbances
- Short Duration Voltage Variations
- Long Duration Voltage Variations
- Voltage Imbalance
- Wave Form Distortion
- Voltage Fluctuations
- Power Frequency Variations
Effects of Disturbances on Equipment and Processes
Industry Commitment to Power Quality
IEEE Standards and Recommendations
Day 2 Harmonics
- Non Liner Loads
- Single Phase Sources
- Three Phase Sources
Effects of Harmonic Distortion
Calculation of Harmonic Voltages and Currents
- Sources of harmonic distortion
- Rules for identifying possible problem situations
- System analysis procedures (identifying resonance problems)
- Harmonic issues in commercial facilities
- Solutions to harmonic distortion problems
Harmonic Limit Compliance Evaluations Using IEEE 519-1992
- General Procedure for Applying Harmonic Limits
- Automatic Acceptance
- Comprehensive Limit Compliance Evaluation
- Case Studies
- Types of Grounding
- Arcing Ground Faults
- Symptoms of Ineffective Grounding
- Electronics and Computer Grounding
- Voltage Disturbances
- System Switching
- System Faults
Power Line Conditioners
- Passive filters
- Active filters
- Isolation and harmonic reduction transformers
Discussion and Conclusion
A variety of methodologies will be used during the course that includes:
- (30%) Based on Case Studies
- (30%) Techniques
- (30%) Role Play
- (10%) Concepts
- Pre-test and Post-test
- Variety of Learning Methods
- Case Studies and Self Questionaires
- Group Work
Videos and materials
Read more about Digital Transformation
Because of COVID-19, many providers are cancelling or postponing in-person programs or providing online participation options.
We are happy to help you find a suitable online alternative.