基于PTN技术的新乡地区电力通信网的规划与设计
发布时间：2018-11-29 07:52
【摘要】：由于电网发展的特殊性，近几年电力通信网变得越来越重要，其智能化发展的要求也越来越高。目前，河南省电力通信网根据“十二五”规划（2011至2015年）发展要求，为保障电网系统安全稳定运行，缓解电力通信网传输压力，拟定将通信网按分区传输的方式进行重新规划与设计。本文针对需求，，结合PTN理论及其关键技术的基础上，对新乡电力通信网进行了规划与设计，方案最终得以实施。 论文首先介绍了PTN技术特点，对新乡电力通信网承载的业务进行调查和统计，并对其进行分区与归类；根据收集到的承载业务带宽需求不同，编制出“各类业务通道配置表”；针对不同电压等级的变电站，编制出“标准变电站设备配置表”；依据各类业务通道表和标准变电站设备配置表，参照地区带宽测算模型，计算出2013年到2015年新乡地区电力通信网发展的带宽需求；依据设计原则、应用定位、构架设计和组网模式分析进行新乡地区电力通信网的设计，并对该网络进行了以太网业务承载能力测试和网络保护特性检测，验证了PTN各项指标均符合国际通信标准机构的要求。PTN网络建设工程竣工后，已通过河南省信息通信公司的验收。目前，新乡地区PTN网络系统基建及设备联调工作已经完成，满足了河南省电力通信网“十二五”规划下的电力生产业务承载、资源使用以及智能化发展等各方面的需求，PTN网络运行稳定，安全性高，可靠性好。
[Abstract]:Because of the particularity of power network development, power communication network has become more and more important in recent years, and the requirement of its intelligent development is becoming higher and higher. At present, in accordance with the requirements of the 12th Five-Year Plan (2011 to 2015) for the development of the Henan electric power communication network, in order to ensure the safe and stable operation of the power grid system and ease the transmission pressure of the electric power communication network, It is proposed that the communication network should be reprogrammed and designed according to the mode of regional transmission. Based on the PTN theory and its key technology, this paper plans and designs the Xinxiang electric power communication network, and finally implements the scheme. Firstly, the paper introduces the characteristics of PTN technology, investigates and statistics the service carried by Xinxiang electric power communication network, and classifies it, and compiles the configuration table of all kinds of service channels according to the different bandwidth requirements. The standard substation equipment configuration table is worked out for the substation with different voltage levels. According to all kinds of service channel table and standard substation equipment configuration table, the bandwidth demand of Xinxiang electric power communication network development from 2013 to 2015 is calculated according to the regional bandwidth calculation model. According to the design principle, the design of the electric power communication network in Xinxiang area is carried out by applying the positioning, frame design and network pattern analysis, and the carrying capacity of the Ethernet service and the network protection characteristic are tested. After the completion of the PTN network construction project, it has passed the acceptance of Henan Information and Communication Company. At present, the infrastructure and equipment connection of the PTN network system in Xinxiang area has been completed, which meets the demands of the Henan electric power communication network under the 12th Five-Year Plan for the carrying of electric power production business, the use of resources and the development of intelligence, etc. PTN network runs stably, has high security and good reliability.
【学位授予单位】：西安电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TN915.853
本文编号：2364385
[Abstract]:Because of the particularity of power network development, power communication network has become more and more important in recent years, and the requirement of its intelligent development is becoming higher and higher. At present, in accordance with the requirements of the 12th Five-Year Plan (2011 to 2015) for the development of the Henan electric power communication network, in order to ensure the safe and stable operation of the power grid system and ease the transmission pressure of the electric power communication network, It is proposed that the communication network should be reprogrammed and designed according to the mode of regional transmission. Based on the PTN theory and its key technology, this paper plans and designs the Xinxiang electric power communication network, and finally implements the scheme. Firstly, the paper introduces the characteristics of PTN technology, investigates and statistics the service carried by Xinxiang electric power communication network, and classifies it, and compiles the configuration table of all kinds of service channels according to the different bandwidth requirements. The standard substation equipment configuration table is worked out for the substation with different voltage levels. According to all kinds of service channel table and standard substation equipment configuration table, the bandwidth demand of Xinxiang electric power communication network development from 2013 to 2015 is calculated according to the regional bandwidth calculation model. According to the design principle, the design of the electric power communication network in Xinxiang area is carried out by applying the positioning, frame design and network pattern analysis, and the carrying capacity of the Ethernet service and the network protection characteristic are tested. After the completion of the PTN network construction project, it has passed the acceptance of Henan Information and Communication Company. At present, the infrastructure and equipment connection of the PTN network system in Xinxiang area has been completed, which meets the demands of the Henan electric power communication network under the 12th Five-Year Plan for the carrying of electric power production business, the use of resources and the development of intelligence, etc. PTN network runs stably, has high security and good reliability.
【学位授予单位】：西安电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TN915.853
【参考文献】
相关期刊论文 前8条
1 杨洪军;;IEEE 1588协议在光通信网络中的研究与应用[J];光通信技术;2010年09期
2 王治国;;PTN的关键技术及功能要求探讨[J];甘肃科技;2012年15期
3 陈志佳;吴斌;;PTN技术在上海电力城域网中的应用前景[J];华东电力;2011年03期
4 尚书霞;;光纤复合地线和光纤复合相线在电力通信中的应用[J];数字技术与应用;2011年12期
5 朱景;魏晋蒙;张羽;;晋城电力通信网发展概述[J];太原科技;2006年10期
6 石际;;电力通信及其在智能电网中的应用[J];数字技术与应用;2012年06期
7 荆瑞泉;;T-MPLS技术综述和应用探讨[J];现代电信科技;2007年12期
8 汤其林;;浅析通信网络中同步网的发展[J];移动通信;2013年07期
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