Substation Automation and Its New Technologies

Author: Jiang Zhiwei
Publisher:
Publish Date: 2006-01-01
Features: Preface
Chapter 1: Substation Automation System
Section 1: Development and Prospects of Power System Automation Technology
1. Introduction
2. Development History of Substation Automation Technology
3. Development Trends of Substation Automation Technology
Section 2: Remote Control Technology of Substation Monitoring System
1. Concept of Remote Control Terminal (RTU)
2. General Functions That a Remote Control Terminal (RTU) Should Have
Section 3: Basic Functions of Substation Automation System
1. Basic Concepts
2. Functions of Comprehensive Substation Automation
Section 4: Design Principles and Operation Modes of Substation Automation System
1. Design Principles
2. Operation Modes of Substation Automation System
3. Network Structure
4. Implementation Strategies for Power Station Automation
Section 5: Substation Automation Monitoring
1. Matters to Note When Implementing a Power Monitoring System
2. Control and Operation Methods of Substation Automation System
Section 6: Substation Dispatch Automation Main System
1. Characteristics and Logical Structure of Dispatch Automation Main System
2. Hardware Configuration of Dispatch Automation
3. System Software Structure
Section 7: Overview of Distributed Substation Automation System
1. System Features
2. System Composition
3. Selection Principles
Section 8: Unmanned Substation Automation System
1. Functions of Unmanned Substation Automation
2. Comprehensive Automation Monitoring Methods of Unmanned Substations
3. Human-Machine Interaction Issues
4. Communication and Interface Issues
5. Safety and Anti-False Locking Operations
6. Protection
7. Design Principles for Conventional Unmanned 35–110kV Substations
8. Unmanned Substation Remote Vision System
Chapter 2: Other Key Technologies in Substation Automation
Section 1: Interface Methods Between Main Transformer Tap Position and Monitoring System
1. Types of Remote Signal Tap Positioning Methods
2. Types of Remote Measurement Tap Positioning Methods
Section 2: Small Current Grounding Selection Device
1. Functions of Small Current Grounding Device
2. Characteristics of Single-Phase Grounding in Small Current Systems
3. Classification of Grounding Signal Devices in Small Current Grounding Systems
4. Analysis of False Grounding Selection Errors
5. New Technologies of Small Current Grounding Devices
Section 3: Anti-False Locking in Automation
1. Classification of Electrical "Five Anti-False Locking"
2. Microcomputer Network Electrical "Five Anti-False Locking" System
Section 4: Digital Photoelectric Electrical Quantity Measurement
1. New-Type Voltage and Current Transformers (ETV and ETA)
2. Digital Photoelectric Measurement System
3. Prospects for the Application of Digital Photoelectric Electrical Measurement