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Other Applied Science Fields
Energy
Power Systems Analysis and Operation
1. Fundamentals of Electric Power Systems
2. Power System Modeling and Analysis Tools
3. Power Flow Analysis
4. Economic Operation and Optimization
5. Symmetrical Components and Fault Analysis
6. Power System Stability Analysis
7. Power System Control
8. Power System Protection
9. Advanced Power System Technologies
Power System Protection
Protection System Fundamentals
Protection Principles
Selectivity
Speed of Operation
Sensitivity
Reliability
Security vs Dependability
Protection System Components
Current Transformers
Voltage Transformers
Protective Relays
Circuit Breakers
Communication Systems
Overcurrent Protection
Overcurrent Relay Characteristics
Definite Time Characteristics
Inverse Time Characteristics
Very Inverse Characteristics
Extremely Inverse Characteristics
Coordination of Overcurrent Relays
Time-Current Coordination
Coordination Time Interval
Coordination Studies
Differential Protection
Operating Principles
Current Differential Schemes
Percentage Differential Relays
High-Impedance Differential
Low-Impedance Differential
Distance Protection
Impedance Measurement Principles
Distance Relay Characteristics
Mho Characteristics
Reactance Characteristics
Quadrilateral Characteristics
Zone Protection Concept
Zone 1 Protection
Zone 2 Protection
Zone 3 Protection
Distance Relay Applications
Component Protection Schemes
Generator Protection
Stator Fault Protection
Rotor Fault Protection
Loss of Excitation Protection
Reverse Power Protection
Over/Under Frequency Protection
Transformer Protection
Differential Protection
Overcurrent Protection
Buchholz Relay
Sudden Pressure Relay
Temperature Protection
Transmission Line Protection
Primary Protection
Backup Protection
Auto-Reclosing
Bus Protection
High-Impedance Bus Protection
Low-Impedance Bus Protection
Partial Differential Schemes
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9. Advanced Power System Technologies