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Engineering
Electrical Engineering
Power Systems Analysis
1. Introduction to Power Systems
2. Foundational Concepts and Modeling
3. Power Flow Analysis
4. Symmetrical Fault Analysis
5. Unsymmetrical Fault Analysis
6. Power System Stability
7. Economic Operation of Power Systems
8. Power System Protection
9. Advanced and Modern Topics
Advanced and Modern Topics
High-Voltage DC Transmission
System Configurations
Monopolar Configuration
Ground Return Path
Metallic Return Path
Bipolar Configuration
Balanced Operation
Unbalanced Operation
Back-to-Back Configuration
Asynchronous Interconnection
Frequency Conversion
Converter Technologies
Line-Commutated Converters
Thyristor-Based Converters
Commutation Process
Reactive Power Requirements
Voltage Source Converters
IGBT-Based Converters
PWM Control
Independent Power Control
Advantages and Disadvantages
Long-Distance Transmission
Economic Break-Even Distance
Power Loss Considerations
Asynchronous Interconnection
Frequency Independence
Stability Benefits
Power Flow Control
Rapid Power Control
Emergency Power Support
Flexible AC Transmission Systems
Series Controllers
Thyristor-Controlled Series Capacitor
Operating Principles
Impedance Control
Sub-Synchronous Resonance Mitigation
Static Synchronous Series Compensator
Voltage Source Converter Application
Series Voltage Injection
Power Flow Control
Shunt Controllers
Static Var Compensator
Thyristor-Controlled Reactor
Thyristor-Switched Capacitor
Voltage Regulation
Static Synchronous Compensator
Voltage Source Converter Application
Reactive Power Control
Voltage Support
Combined Controllers
Unified Power Flow Controller
Series and Shunt Converter Combination
Independent P and Q Control
Transmission Capability Enhancement
Applications and Benefits
Power Flow Control
Voltage Stability Enhancement
Transient Stability Improvement
Power Quality Improvement
Integration of Renewable Energy
Wind Power Generation
Types of Wind Turbines
Fixed Speed Turbines
Variable Speed Turbines
Direct Drive vs Geared Systems
Grid Integration Challenges
Intermittency Issues
Voltage Regulation Challenges
Power Quality Concerns
Solar Photovoltaic Generation
PV System Configurations
Grid-Connected Systems
Stand-Alone Systems
Hybrid Systems
Inverter Technologies
String Inverters
Central Inverters
Micro-Inverters
Power Optimizers
Impact on Grid Stability and Operation
Variability and Uncertainty
Forecasting Challenges
Reserve Requirements
Frequency and Voltage Regulation
Reduced System Inertia
Voltage Control Challenges
Protection and Control Issues
Fault Current Contributions
Anti-Islanding Protection
Grid Code Requirements
Smart Grid Concepts
Advanced Metering Infrastructure
Smart Meters
Two-Way Communication
Real-Time Data Collection
Remote Disconnect Capability
Communication Networks
Communication Technologies
Data Management Systems
Cybersecurity Considerations
Wide Area Measurement Systems
System Monitoring and Control
Real-Time System Monitoring
State Estimation Enhancement
Situational Awareness
Phasor Measurement Units
Synchronized Phasor Measurements
GPS Time Synchronization
High-Speed Data Sampling
Applications in State Estimation
Linear State Estimation
Bad Data Detection
Topology Error Detection
Microgrids
Definition and Structure
Microgrid Components
Control Architecture
Islanding and Resynchronization
Planned Islanding
Unplanned Islanding
Resynchronization Procedures
Control and Protection of Microgrids
Hierarchical Control
Protection Coordination
Energy Management Systems
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8. Power System Protection
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1. Introduction to Power Systems