Partial Discharge Assessment
- Remote Training Seminar

About the Seminar

Learn about the basics of Partial Discharge and how to apply this theory to different electrical assets in an interactive virtual seminar. This 8 hour training is split into four modules over two days, with four hours being presented each day.

This Course will cover

  • In depth partial discharge theory

  • What to look for in the PD data

  • Making the right follow up actions

  • Applying PD theory to different assets

Learning Outcomes

The following outcomes will be achieved through completion of this training.

Day One: Partial discharge theory:

  • Knowledge of the partial discharge phenomena

  • Understanding of PD patterns

  • Knowledge of the PD measurement theory and its implication with field measurements

Day Two: Electrical assets partial discharge assessment:

  • Capability of selecting the right PD test

  • Interpretation of the PD test results

  • Basic PD assessment and follow up actions for different assets

 
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Length: 8 hours of presentation over two days. Each day consists of 4 hours of presentation, with a half hour break in the middle

Who should join: Engineering and maintenance personnel who are involved in condition assessments of electrical assets.

Requirements This course is limited to 10 attendees to ensure that the course can remain interactive. Attendees are strongly encouraged to have a webcam and microphone to allow participation in this course

Participation in this course may be eligible for CPD. Please check with your authorising body for full details.

 

Course Instructor

Luca Garagnani
Senior Electrical Engineer

Luca Garagnani holds a master’s degree in Electrical Engineering with particular expertise in Partial Discharge Testing. Luca studied under the renowned Prof. Montanari and Prof. Cavallini at Bologna University. His experience has centred around the measurement and analysis of MV/HV cables, transformers, switchgear and rotating machines throughout Europe, USA, Asia, and the Middle East. During this experience he has also been involved in teaching and tutoring on the theory of partial discharge and measurement techniques.

 
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