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| Introduction |
 Power System Components |
| Why Protect? |
| Relaying basics |
| Circuit Breakers |
| Primary and Backup relaying |
| Types of Electromechanical Relays |
| Microprocessor Relays |
| Properties of Alternating Current |
| Introduction to Symmetrical Components |
| Current Transformer |
| Potential Transformers |
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| Feeder Protection |
| Protection elements |
| Relay coordination |
| Phase TOC (51) |
| Phase IOC (50) |
| Ground Relaying |
| Instructor led Lab exercises |
| Fault simulation |
| Event Log |
| Oscillography |
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| Busbar Protection |
| Bus protection elements |
| Bus protection requirements |
Bus protection schemes
- High Impedance
- Linear Couplers
- Interlocking
- Unrestrained Differential
- Percent Differential
- Low Impedance microprocessor-based |
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| Transformer Protection |
| Transformer theory |
Transformer protection elements
- Current Transformer Percent
- Differential
- 2nd harmonic inhibit
- 5th harmonic inhibit
- Volts/Hz
- Sudden Pressure change detection |
| Instructor-led Lab exercises |
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| Line Protection |
| Introduction to Transmission Lines |
| Distance protection theory |
| Stepped Distance |
| Zone 1 Extended |
Pilot Aided schemes: DUTT, PUTT, POTT,
HYBRID POTT, Directional blocking |
| Power Swings |
| Line Current Differential protection |
| Instructor led Lab exercises |
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| Motor Protection |
| Induction Motor theory |
| Motor Thermal Modeling |
| Short Circuit |
| Ground Fault |
| Stator Differential |
| Single phase protection |
| Under and Overvoltage |
| Locked Rotor protection |
| Acceleration timer |
| Starts per hour |
| Time between starts |
| Bearing protection |
| Instructor led Lab exercises |
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| Generator Protection |
| Generator Protection |
Generator Protection elements
- Stator Differential
- Neutral Displacement
- 3rd harmonic
- Loss of excitation
- Accidental Energization
- Low Forward Power
- Reverse Power |
| Instructor-led Lab exercises |
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