基于SDH的电力光传输网仿真与应用

doi:10.11959/j.issn.1000-0801.2015397

Abstract

Abstract:

The architecture of power optical transmission network simulation was proposed from the equipment layer,network layer and business layer for the target of communication support system for power grid control business,and the principle of SDH prototype simulation based on SSFNET was presented,and the design idea and implementation method of SDH device,network protection and recovery and associated alarm function was described in detail.Finally an example about the SDH communication topology of stable system in Northern Jiangsu Province was given,it realized the basic function of service bearer,fault alarm,channel recovery,route reconstruction,delay monitoring of power optical transmission network,which would provide quantitative analysis method for the communication network risk assessment,fault simulation,and the interaction effect of the power grid control system.

Key words: SDH, SSFNET, simulation, power optical transmission network

Yunfei GUO,Xiande BU,Shidong LIU,Yao WANG,Wenjie YU. Simulation and application of power transmission network based on SDH[J]. Telecommunications Science, 2015, 31(Z1): 254-260.

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References 6

[1]	向良军 . SDH光纤通信训练仿真仿真系统的设计与实现[D] 长沙：国防科技大学， 202:34-42. XIANG L J . Design and implementation of SDH fiber communication training simulation system[D]. Changsha:National University of Defense Technology, 202:34-42.
[2]	张成良，韦乐平 . 新一代传送网关键技术和发展趋势[J]. 电信科学， 2013,30（12）:4-6. ZHANG C L , WEI L P . The key technology and development trend of new generation transport network [J]. Telecommunications Science, 2013,30（12）:4-6.
[3]	田立，方旭昇 . SDH原型机仿真研究[J]. 计算机时代， 2009（8）:18-19. TIAN L , FANG X S . Research on simulation of SDH prototype system[J]. .Computer Era, 2009（8）:18-19.
[4]	刘永胜 . 电力SDH通信网事故影响分析的仿真设计与实现[J]. 信息通信， 2014（7）:179-179. LIU Y S . The simulation design and implementation on accident effect analysis of power SDH network [J]. Information Communication, 2014（7）:179-179.
[5]	DU K , GUO J H , LI B L . Research on smart grid network reliability model based on business-oriented[C]// The 2013 IEEE International Conference on Computer Science and Automation Engineering November 1-3, 2013, Guangzhou,China. New Jersey: IEEE Press, 2013:689-692.
[6]	CHEN H B . Design of ultra-long span optical transmission system[D]. Hangzhou:Huazhong University of Science and Technology, 2009:48-57.

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序号	消息内容	说明
1	Business:1,16:54:55:001,30-5-1-3→2-8-1-3→2-3-2-3→1-3-2-3→1-4-2-3→0-5-2-3	新建通道1
2	Business:2,16:54:55:001,33-5-2-3→20-7-2-3→20-5-1-3→1-6-1-3→1-4-2-62→0-5-2-62	新建通道2
3	TimeDelay:1（30,0）,16:54:55:300,3252	通道1时延
4	TimeDelay:2（33,0）,16:54:55:500,3384	通道2时延
5	Alarm:R_LOS,0,4,2,62,Line,Critical,16:54:57:000	链路失效告警
6	Reroute:1,16:54:57:011,30-5-1-6→2-8-1-6→2-4-1-55→3-4-1-55→3-3-1-53→4-4-1-53→4-3-1-53→5-6-1-53→5-5-1-53→6-6-1-53→6-5-1-53→0-6-1-53	通道1倒换
7	Reroute:2,16:54:57:012,33-5-2-11→20-7-2-11→20-5-1-11→1-6-1-11→1-3-1-11→2-3-1-11→2-4-1-11→3-4-1-11→3-3-1-11→4-4-1-11→4-3-1-11→5-6-1-11→5-5-1-11→6-6-1-11→6-5-1-11→0-6-1-11	通道2倒换
8	TimeDelay:1（30,0）,16:54:58:300,4236	通道1新时延
9	TimeDelay:2（33,0）,16:54:58:500,4372	通道2新时延

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Simulation and application of power transmission network based on SDH

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