电力通信SDH传输网络系统架构设计

Architecture design of power communication SDH transmission network system.

摘要:

【摘要】：为了能够使电力系统通信业务的可用性及可靠性进行保证，并且使工程造价得到降低，就设计了电力通信SDH传输网络系统架构。首先对电力通信系统传输技术中的问题进行分析，之后阐述了SDH传输技术的优势。分析了SDH光阐述网络拓扑结构，从而对电力通信SDH传输网络架构进行优化，包括通信网设备、通信网网络架构、通信网光缆线路等，从而能够使通信网的通信安全性及容量得到有效的提高，根据具体的方案进行优化和实施。通过优化设计改造，电力传输网络的安全稳定性及保护性得到了有效的提高。

Abstract:

in order to be able to make the power system to ensure the availability and reliability of the communication service, and to reduce the project cost, it designed the electric power communication SDH transmission network system architecture. Firstly, the problems in the transmission technology of power communication system are analyzed, and then the advantages of SDH transmission technology are expounded. Analyzed the SDH optical network topology structure, thus optimize the electric power communication SDH transmission network architecture, including telecommunication network equipment, network architecture, network cable lines, etc., which can make the communication network security, and effectively improve the capacity of communication according to the specific scheme optimization and implementation. Through optimizing design and transformation, the safety and stability of power transmission network have been improved effectively.