LV and MV Coordination PR25

Day 1: Introduction To Short Circuit
1 Lesson
- Introduction To Short Circuit
  Start
Day 2: Manual Calculation of Three Phase Short Circuit Current
1 Lesson
- Day 2: Manual Calculation of Three Phase Short CIrcuit Current
  Start
Day 3: IDMT and Instantaneous Over Current Protection for Transformer HV Winding
3 Lessons
- IDMT and Instantaneous Over Current Protection for Transformer HV Winding
  Start
- Notes
  Start
- Excel Sheet For Calculation
  Start
Day 4: Relay Manual overview
2 Lessons
- Relay manual overview
  Start
- REF 615 Technical manual
  Start
Day 5: Over Current Protection for Transformer LV Winding using Release
3 Lessons
- Session-1: OC Protection for Transformer LV Winding using Release
  Start
- Session-2: OC Protection for Transformer LV Winding using Release
  Start
- Day-5 Notes & Assignment
  Start
Assignments
1 Lesson
- Day - 5 Assignment
  Start
Day 6: Q & A
1 Lesson
- Q & A
  Start
Day 7: Multi Group Settings
2 Lessons
- Multi Group Settings
  Start
- Notes
  Start
Day 8: Discrimination requirements between Transformer HV & LV Winding, Earth Fault Settings
1 Lesson
- Discrimination requirements between Transformer HV & LV Winding, Earth Fault Settings
  Start
Day 9: Over Current Protection for MV Induction motor & Upstream Relay
1 Lesson
- Over Current Protection for MV Induction motor & Upstream Relay
  Start
Day 10: Introduction to MCB and MCCB
1 Lesson
- Introduction to MCB and MCCB
  Start
Assignments
1 Lesson
- Day-9 Assignment
  Start
Day 11: Modelling of Release
2 Lessons
- Modelling of Release
  Start
- Day-11 Notes
  Start
Day 12: LV System Motor Protection
1 Lesson
- LV System Motor Protection
  Start
Day 13: Validation ETAP Release modeling
1 Lesson
- Validation ETAP Release Modelling
  Start
Day 14: Real Time Project Discussion
3 Lessons
- Real Time Project Discussion
  Start
- PROPOSED BESS LT PANEL SLD-LAYOUT
  Start
- PROPOSED BESS PANEL TAPPING AT EXISTING PMCC
  Start
Day 15: Real Time Project Introduction and Modelling
1 Lesson
- Real Time Project Introduction and Modelling
  Start
Day 16: Role of BESS and UPS on coordination
1 Lesson
- Role of BESS and UPS on coordination
  Start
Day 17: Assignment review
1 Lesson
- Assignment review
  Start
Day 18: Assignment Review
2 Lessons
- Assignment Review
  Start
- Assignment by Particpants
  Start
Day 19: Assignment and Directional Protection
1 Lesson
- Assignment and Directional Protection
  Start
Assignment LV Coordination
1 Lesson
- Assignment LV Coordination
  Start
Day 20: Directional Over current Protection Introduction
1 Lesson
- Directional Over current Protection Introduction, CT Ratio Selection, Time of Operation
  Start
Assignment - Directional Protection
2 Lessons
- Assignment Directional Overcurrent Protection
  Start
- Reference Excel
  Start
Day 21: Directional Overcurrent Coordination
1 Lesson
- Directional OC Protection
  Start
Day 22: Directional Overcurrent Coordination
1 Lesson
- Directional Overcurrent Coordination
  Start
Day 23: Assignment Review
2 Lessons
- Assignment Review
  Start
- Assignment With Comments
  Start
Day 24: Assignment Review Continuation
3 Lessons
- Assignment Review Continuation
  Start
- Assignment With Comments
  Start
- Assignment With Comments
  Start
Day 25: Real Time Project - Assignment
2 Lessons
- Real Time Project - Assignment
  Start
- Assignment
  Start
Day 26: Real Time Project - Assignment Review
1 Lesson
- Real Time Project - Assignment Review
  Start
Day 27: Protection Coordination - Incomer and Outgoing Consideration
1 Lesson
- Protection Coordination - Incomer and Outgoing Consideration
  Start

LV and MV Coordination PR25

Coordinate LV & MV Protection from Fundamentals to Real-Time Projects: Short Circuit,Relays and ETAP Modeling Covered

Pre-recorded | 27 Hours Session

Course Curriculum

Day 1: Introduction To Short Circuit

Day 2: Manual Calculation of Three Phase Short Circuit Current

Day 3: IDMT and Instantaneous Over Current Protection for Transformer HV Winding

Day 4: Relay Manual overview

Day 5: Over Current Protection for Transformer LV Winding using Release

Assignments

Day 6: Q & A

Day 7: Multi Group Settings

Day 8: Discrimination requirements between Transformer HV & LV Winding, Earth Fault Settings

Day 9: Over Current Protection for MV Induction motor & Upstream Relay

Day 10: Introduction to MCB and MCCB

Assignments

Day 11: Modelling of Release

Day 12: LV System Motor Protection

Day 13: Validation ETAP Release modeling

Day 14: Real Time Project Discussion

Day 15: Real Time Project Introduction and Modelling

Day 16: Role of BESS and UPS on coordination

Day 17: Assignment review

Day 18: Assignment Review

Day 19: Assignment and Directional Protection

Assignment LV Coordination

Day 20: Directional Over current Protection Introduction

Assignment - Directional Protection

Day 21: Directional Overcurrent Coordination

Day 22: Directional Overcurrent Coordination

Day 23: Assignment Review

Day 24: Assignment Review Continuation

Day 25: Real Time Project - Assignment

Day 26: Real Time Project - Assignment Review

Day 27: Protection Coordination - Incomer and Outgoing Consideration

Course Pricing

PR25