马鞍山配电自动化建设方案的研究
发布时间：2019-06-11 00:52
【摘要】：城市配电网一般深入城市中心和居民聚居点,对电力需求大要求高,其供电可靠性的高低和电能质量的优劣直接关系到用户的用电满意度,要高标准达到上述目标,传统的技术措施和管理方式已经无法完全适应新形势的要求,必须采用现代化的手段提高配网供电自动化水平,实现对配网的实时监测与自动控制,提高对事故的反映速度,即要实施配电网自动化系统。配电自动化是利用现代化的技术手段,对配电网进行智能化监控管理,使配电网始终处于安全、可靠的运行状态。其目的是提高供电可靠性和供电质量,缩短事故处理时间,提高配电网的服务水平。本文就马鞍山配电网运行的现状进行分析,并提出了配网自动化的建设目标,最终就马鞍山配电自动化主站建设和改造方案、配电自动化终端建设和改造方案、通信系统改造方案、信息系统集成整合等几个方面提出了了马鞍山配电自动化的建设方案。本文为其他城市的配电自动化的建设方案有一定的借鉴意义。
[Abstract]:Urban distribution network generally goes deep into urban center and resident settlement point, and requires high demand for power. The reliability of power supply and the quality of power supply are directly related to the satisfaction of users, and the above goals should be achieved by high standards. The traditional technical measures and management methods can not fully meet the requirements of the new situation. We must adopt modern means to improve the automation level of distribution network power supply, realize real-time monitoring and automatic control of distribution network, and improve the speed of reflecting accidents. That is to say, it is necessary to implement distribution network automation system. Distribution automation is to make use of modern technical means to monitor and manage the distribution network intelligently, so that the distribution network is always in a safe and reliable operation state. The purpose of this paper is to improve the reliability and quality of power supply, shorten the time of accident treatment and improve the service level of distribution network. In this paper, the present situation of Ma'anshan distribution network operation is analyzed, and the construction goal of distribution network automation is put forward. finally, the construction and transformation scheme of Ma'anshan distribution automation main station, the construction and transformation scheme of distribution automation terminal are put forward. The construction scheme of Ma'anshan distribution automation is put forward from several aspects, such as communication system transformation scheme, information system integration and integration. This paper has certain reference significance for the construction scheme of distribution automation in other cities.
【学位授予单位】：华北电力大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM76
本文编号：2496871
[Abstract]:Urban distribution network generally goes deep into urban center and resident settlement point, and requires high demand for power. The reliability of power supply and the quality of power supply are directly related to the satisfaction of users, and the above goals should be achieved by high standards. The traditional technical measures and management methods can not fully meet the requirements of the new situation. We must adopt modern means to improve the automation level of distribution network power supply, realize real-time monitoring and automatic control of distribution network, and improve the speed of reflecting accidents. That is to say, it is necessary to implement distribution network automation system. Distribution automation is to make use of modern technical means to monitor and manage the distribution network intelligently, so that the distribution network is always in a safe and reliable operation state. The purpose of this paper is to improve the reliability and quality of power supply, shorten the time of accident treatment and improve the service level of distribution network. In this paper, the present situation of Ma'anshan distribution network operation is analyzed, and the construction goal of distribution network automation is put forward. finally, the construction and transformation scheme of Ma'anshan distribution automation main station, the construction and transformation scheme of distribution automation terminal are put forward. The construction scheme of Ma'anshan distribution automation is put forward from several aspects, such as communication system transformation scheme, information system integration and integration. This paper has certain reference significance for the construction scheme of distribution automation in other cities.
【学位授予单位】：华北电力大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TM76
【参考文献】
相关期刊论文 前10条
1 范开俊;徐丙垠;董俊;王敬华;束洪春;朱正谊;;基于智能终端逐级查询的馈线拓扑识别方法[J];电力系统自动化;2015年11期
2 闫安心;裴昌盛;查申森;秦华;;江苏配电自动化规划分析[J];江苏电机工程;2015年03期
3 李昆霖;张勇;李敏;;配电网自动化实用化智能监测系统[J];电子技术与软件工程;2015年10期
4 冯宗琮;王安平;;配电网自动化应用中的典型误区与对策[J];电气自动化;2015年01期
5 宋若晨;徐文进;杨光;顾黎强;;基于环间联络和配电自动化的配电网高可靠性设计方案[J];电网技术;2014年07期
6 郑毅;甘志洲;陈潋;;配电网EPON通信接入与分区自治[J];电力系统自动化;2013年23期
7 刘明辉;;县城配电网自动化建设实施探讨[J];中国电力教育;2013年30期
8 郑乐锦;;浅析如何加强电力系统中配电网自动化的应用[J];电源技术应用;2013年08期
9 谢馨仪;;国内配电网自动化现状及发展趋势[J];中国新技术新产品;2013年15期
10 张金东;;配电网自动化建设与运行管理问题探讨[J];数字技术与应用;2013年05期
，本文编号：2496871
本文链接：https://www.wllwen.com/kejilunwen/zidonghuakongzhilunwen/2496871.html
