Dilihat 1005
INTRODUCTION
The main objective of power system operation and control is to maintain continuous supply of power with an acceptable quality, to all the consumers in the system. The system will be in equilibrium, when there is a balance between the power demand and the power generated. This course will learn about Power System including control operation.
OUTLINE
1. Introduction
2. Modeling of Power System Components
- Transmission Lines
- Transformers
- Loads
- Synchronous Generators
- HVDC Systems and Flexible AC Transmission Systems (FACTS)
- Classifications of Buses for Load Flow Analysis
- Formulation of Load Flow Problem
- Load Flow Solution by Newton-Raphson Method
- Fast Decoupled Load Flow Method
- Modeling of Power Systems Components for Dynamic Simulations
- Methods for Power System Dynamic Simulations
- Integration Methods for Differential Equations
- The Explicit-Partitioned (EP) Method
- The Implicit-Simultaneous (IS) Method
- Generator Model
- Turbine Model
- Generator Governor Model
- Turbine-Generator-Governor System Model
- AGC for a Single Generator System
- AGC for Two Area Systems
- The Basic Concept of Power System Angle Stability Control
- Power System Angle Stability Control Methods
- Dynamic Security Assessment and Control of Angle Stability
- Flexible AC Transmission Systems (FACTS)
- Power System Control by FACTS
- Objectives of Voltage Control and VAR Management
- Reactive Power Characteristics of Power Systems Components
- Devices for Voltage Control and VAR Management
- Voltage Control and VAR Management by Optimal Power Flow
- Physical Mechanisms of SSR
- Modeling and Analysis of SSR
- Countermeasures of SSR
- Power System State Estimation Problems
- Generalized State Estimation
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