Partial Discharge measurement, analysis for Switchgear, Cables and High voltage motors

This specialized course focuses on the critical aspect of partial discharge (PD) measurement and analysis in electrical systems, particularly switchgear, cables, and high voltage motors. Our curriculum is designed to provide comprehensive knowledge and practical skills necessary for effective PD detection and management. Explore the detailed course content below.

• Expert Instructors: Learn from seasoned professionals with extensive experience in PD measurement and analysis.
• Hands-on Training: Engage in practical exercises and real-world simulations.
• Latest Technologies: Stay updated with the newest PD detection tools and techniques.
• Flexible Learning: Online access to course materials for convenient learning.
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• Understand the fundamentals of partial discharge phenomena.
• Learn the techniques and equipment used for PD measurement.
• Gain expertise in analyzing PD data for different electrical components.
• Develop skills to perform PD testing and diagnostics.
• Explore maintenance and mitigation strategies to manage PD.
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Module 1: Introduction to Partial Discharge (PD)

• Overview of partial discharge phenomena
• Causes and effects of PD in electrical systems
• Importance of PD detection and analysis

Module 2: PD in Switchgear

• Types of switchgear and associated PD issues
• PD measurement techniques for switchgear
• Interpreting PD signals in switchgear applications

Module 3: PD in Cables

• PD mechanisms in high voltage cables
• Testing methods for PD in cables (offline and online)
• Case studies of PD detection in cable systems

Module 4: PD in High Voltage Motors

• Causes of PD in high voltage motors
• Techniques for PD measurement in motors
• Analyzing PD patterns in motor insulation systems

Module 5: PD Measurement Techniques and Equipment

• Overview of PD measurement instruments
• Methods: Acoustic, Electrical, and UHF
• Calibration and setup of PD testing equipment

Module 6: Data Analysis and Interpretation

• Processing and analyzing PD data
• Software tools for PD analysis
• Interpreting results for condition assessment

Module 7: PD Mitigation and Maintenance

• Strategies to mitigate PD in electrical systems
• Maintenance best practices to prevent PD
• Implementing PD monitoring programs

Module 8: Regulatory Standards and Safety Considerations

• Overview of relevant standards and regulations
• Safety protocols for PD testing
• Compliance and reporting requirements

• Electrical engineers and technicians
• Maintenance engineers
• Power system engineers
• Asset integrity managers
• HSE professionals
• Quality control specialists