電力系統(tǒng)通信設(shè)計技術(shù)規(guī)定（英文版 DL/T 5391-2007）

Foreword
1 Scope
2 Normative References
3 Genera

4 Service Types and Transmission Bandwidth
4.1 Service Types of Power System Communication and Their Basic Functional Requirements
4.2 Properties of Power System Communication Services and Bearers
4.3 Recommended Minimum Number of Channels
4.4 Recommended Transmission Rate of Channels
4.5 Forecast of Transmission Bandwidth
5 Network Organization and Planning for Communication Systems
5.1 Design Principles for Power System Communication Networks
5.2 Network Organization and Planning

6 Optical Fiber Communicatio
6.1 Genera
6.2 Transmission Models
6.3 Organization and Station Arrangement of Transmission Systems
6.4 Optical Fiber Types and Operating Waveleng
6.5 System Inter faces
6.6 Performance Indicators of Transmission Systems
6.7 Auxiliary Systems
6.8 Network Protection and Recovery
6.9 Special Optical Fiber Cables for Electric Power Lines
6.10 Optical Repeater Station

7 Digital Microwave Communicatio
7.1 Plesiochronous Digital Hierarchy （PDH） Microwave Relay Communication
7.2 Synchronous DigitalHierarchy （SDH） Microwave Relay Communication
7.3 Basic Requirements for the Route Selection of Digital Microwave Relay Communication System
7.4 Design Specifications for Digital Interfaces of Relay Protection Information of Microwave Transmission
7.5 Design Requirements of Microwave Station

8 Power Line Carrier Communication
8.1 Transmission Quality Indicators
8.2 Orgaruzation of Carrier Channels
8.3 Noise and Interference
8.4 Total Channel Attenuation
8.5 Selection of Power Line Carrier Terminal
8.6 Type Selection of Coupling Processing Device
8.7 Special Provisions for Teleprotection Signals of Power Line Carrier Channel Transmission
8.8 Allocation Principles of Power Line Carrier Frequency

9 Dispatching SPC Exchange System
9.1 Configuration of Dispatching SPC Exchange System
9.2 Network Architecture of Switching System
9.3 Transmission Performance Requirements for Switching System
9.4 Numbering Scheme
9.5 Signal Mode and Interface
9.6 Type Selection and Capacity Configuration of Switch

10 Digital Synchronization Network
10.1 Genera
10.2 Network Architecture
10.3 Organization of Synchronization Network
10.4 Timing Reference Transmission
10.5 Synchronization Network Interface
10.6 Timing Reference Distribution
10.7 Network Management System of Synchronization Network
10.8 Application of Synchronization Network

11 Communication Power Supply
11.1 General
11.2 High Frequency Switching Power Supply System for Communication
11.3 UPS for Communication
11.4 Combined Solar Power Supply System for Communication
11.5 Batteries for Communication