Combined Electrical Control Operation and Power System

Instructor by : Tugino   OUTLINE 1. Introduction 2. Modeling of Power System Components

• Transmission Lines
• Transformers
• Loads
• Synchronous Generators
• HVDC Systems and Flexible AC Transmission Systems (FACTS)

3. Load Flow Analysis

• Classifications of Buses for Load Flow Analysis
• Formulation of Load Flow Problem
• Load Flow Solution by Newton-Raphson Method
• Fast Decoupled Load Flow Method

4. Power System Dynamic Simulations

• 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

5. Automatic Generation Control

• Generator Model
• Turbine Model
• Generator Governor Model
• Turbine-Generator-Governor System Model
• AGC for a Single Generator System
• AGC for Two Area Systems

6. Power System Stability and Control

• The Basic Concept of Power System Angle Stability Control
• Power System Angle Stability Control Methods
• Dynamic Security Assessment and Control of Angle Stability

7. Power Electronics and its Applications to Power System Control

• Flexible AC Transmission Systems (FACTS)
• Power System Control by FACTS

8. Voltage Control and VAR Managemen

• 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

9. Sub-synchronous Resonance

• Physical Mechanisms of SSR
• Modeling and Analysis of SSR
• Countermeasures of SSR

10. State Estimation

• Power System State Estimation Problems
• Generalized State Estimation

  PARTICIPANTS Electrical Technician & Engineer, Production , Maintenance, and Quality Manager and supervisor   TRAINING METHOD Presentation Discussion Case Study Evaluation FACILITIES Training Kit Handout Certificate Lunch + 2 X Coffee Break Souvenir Pick Up Participant