Why Attend
Poor power factor and excessive harmonic distortion reduce electrical system efficiency, increase operating costs, shorten equipment life, and negatively impact power quality. This course equips participants with the knowledge and practical skills to analyze power quality issues, implement effective power factor correction solutions, mitigate harmonics, and optimize electrical system performance in industrial and commercial facilities.
Course Methodology
The course combines instructor-led presentations, engineering calculations, practical workshops, case studies, equipment demonstrations, power quality analysis exercises, and real-world industrial applications.
Course Objectives
By the end of this course, participants will be able to:
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Understand the principles of power factor and harmonic distortion
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Evaluate the impact of poor power quality on electrical systems
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Apply effective power factor correction techniques
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Measure, analyze, and interpret harmonic data
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Design and implement harmonic mitigation solutions
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Improve electrical system efficiency, reliability, and energy performance
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Prepare electrical systems for modern smart grid and renewable energy integration
Target Audience
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Electrical engineers
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Electrical maintenance engineers and technicians
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Power system engineers
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Energy managers
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Plant and facility engineers
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Operations and maintenance supervisors
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Industrial automation professionals
Target Competencies
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Power quality analysis
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Power factor correction
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Harmonic analysis
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Electrical system optimization
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Energy efficiency
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Power quality monitoring
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Electrical troubleshooting
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Industrial power systems
