Advanced Training on Transient Recovery Voltage (TRV) Studies


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Program Details
Instructor: Dr. Abolfazl Babaei
Duration: 3.5 hours
Transient Recovery Voltage (TRV) is a key factor in circuit breaker operation, affecting power system stability and equipment protection. This training provides a comprehensive understanding of TRV characteristics, modeling, and mitigation strategies.
Participants will learn to simulate TRV events, analyze circuit breaker performance, and apply industry best practices for mitigating excessive TRV in high-voltage networks. The course covers IEEE and IEC standards, practical case studies, and hands-on simulations to ensure a solid grasp of TRV challenges and solutions.
Course Content
- TRV Fundamentals: Definition, waveform characteristics, and impact on circuit breakers.
- Analysis & Standards: IEEE/IEC compliance, TRV in transmission and distribution networks.
- PSCAD Simulations: Modeling TRV in fault conditions, circuit breaker response evaluation.
- Mitigation Strategies: Surge arresters, damping resistors, controlled switching.
- Case Studies: Real-world TRV failures and protection techniques.
Who Should Attend?
Ideal for power system engineers, grid operators, and researchers involved in circuit breaker testing, insulation coordination, and transient analysis. No prior PSCAD experience is required.
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4Slide DecksText lesson
Please have a look at the slide decks below while watching the recorded session.
If you have any questions for the course instructor, feel free to contact us at: info@electromentors.com
Enjoy your course!
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5Lecture: Transient Recovery Voltage StudiesVideo lesson
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6Additional Course MaterialsText lesson
Please review the additional simulation files and let us know if you have any questions.
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All participants will gain access to digital course materials, which may include slide decks, reference guides, toolkits, and access to the session recording.
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Upon successful completion, you will earn the ElectroMentors Certificate of Attendance.
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No IEEE Certificate will be issued for on-demand courses.
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This course may be eligible for Professional Development Hours (PDHs) with engineering regulatory bodies such as EGBC, APEGA, PEO, Engineers Nova Scotia, and other similar organizations across Canada. Participants are responsible for ensuring the course content is relevant to their area of professional practice and for retaining proof of completion for audit purposes.
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Please note that all purchases are final. By registering and attending the course, you agree to ElectroMentors’ Terms and Conditions, including our rescheduling, cancellation, and refund policies:
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