基于GIS的包头供电局配电生产管理系统优化研究

发布时间：2019-03-27 06:42

【摘要】：电力是一个由发电、输变电、配电组成的复杂系统。配电作为与用户相连的直接环节,其服务质量与用户的用电情况息息相关。电力系统发展迅猛,配电网络的复杂程度随之越来越高,管理难度越来越大,变化也越来越频繁。因此针对配网的实际需求,研究和建立相应的配电管理系统,其学术价值和实用意义非凡,这也使得配网的管理水平大大提高。本文对包头供电局的配电生产管理系统进行了研究与分析,论文主要研究成果为:完成了包头供电局配电网的现状的分析,对配电生产管理系统中存在的问题进行了研究;针对配电生产管理系统中存在的不足和问题,从地理信息、生产运行以及相应的客户信息等多个角度进行综合的管理,并将各操作流程进行了优化,确定了定位体系、停电、检修、故障点确定等新的管理流程,从而得出一个科学合理的管理体系。通过优化系统运行后,得出2016年的供电可靠性明显高于2015年及往年,因此该优化研究具有重要的现实意义。
[Abstract]:Electricity is a complex system composed of generation, transmission and distribution. As a direct link with users, the quality of service is closely related to the consumption of electricity. With the rapid development of power system, the complexity of distribution network becomes higher and higher, the management difficulty is more and more difficult, and the change is more and more frequent. Therefore, in view of the actual needs of distribution network, the research and establishment of the corresponding distribution management system is of great academic value and practical significance, which also makes the management level of distribution network greatly improved. In this paper, the distribution production management system of Baotou Power supply Bureau is studied and analyzed. The main research results are as follows: completed the analysis of the current situation of distribution network in Baotou Power supply Bureau, and studied the problems existing in the distribution production management system; In view of the shortcomings and problems existing in the power distribution production management system, the comprehensive management is carried out from geographical information, production operation and corresponding customer information, and the operation process is optimized, and the positioning system and power outage are determined. Maintenance, fault point determination and other new management processes, so as to obtain a scientific and reasonable management system. After optimizing the operation of the system, it is concluded that the reliability of power supply in 2016 is obviously higher than that in 2015 and in previous years. Therefore, the optimization study is of great practical significance.
【学位授予单位】：西安建筑科技大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：F426.61;F273

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