随着社会的不断发展和科技的不断进步，人们对电能质量和供电可靠性的要求也越来越高。在国家电网公司大力推进优质服务，加快建设统一坚强智能电网，深化开展“三集五大”体系建设背景下，特别是变电站无人值守+集中监控模式的推进，调度自动化系统的作用也越来越重要。本文针对伊犁电网调控中心现有调度自动化系统比较落后，不满足现有电网发展需求的背景下，提出了一些建设性的改进措施，进一步提高了该地区电网的自动化运行水平和运行策略。本文的主要工作整理如下： 首先，仔细研究了目前伊犁电网调度自动化系统存在的问题，提出了一些必要的系统升级措施和方法，设定了目标。 其次，提出了自动化系统改造的具体措施，重点介绍了三方面内容：一是基于分区筛选的各种信息处理流程，实现监控信息的分层分区、有效降低无效信息的过滤和重要信息的展示，降低设备规模不断增加造成监控人员工作量激增的矛盾，提高了调控人员对电网运行状态的实时掌控。二是在现有调度自动化系统和变电站设备的基础上，增加遥视功能，实现变电站环境、设备状态的实时展示。解决无人值守变电站站内信息不全的问题。三是增加新线路命名比对管理功能，避免命名易混淆造成电网安全风险增加的问题，同时有效提高工作效率。 最后，将上述三个具体措施应用到伊犁电网工程实践中，对改造前后的调度运行效果进行对比，结果表明上述各种措施可有效促进电网运行管理，同时也提高了工作人员的工作效率。 本文研究成果也可为同类地区电网提供参考。

With the continuous development of society and the continuous advancement of technology, people have higher and higher requirements for power quality and power supply reliability. In the context of the State Grid Corporation's vigorous promotion of quality services, speeding up the construction of a unified and strong smart grid, and deepening the construction of the "three episodes and five majors" system, especially the substation unattended and centralized monitoring mode, the role of the dispatching automation system is also increasing important. In this paper, the existing dispatching automation system of Yili Power Grid Control Center is relatively backward and does not meet the development needs of existing power grids. Some constructive improvement measures are proposed to further improve the automation operation level and operation strategy of the power grid in the region. The main work of this paper is organized as follows: First of all, the problems existing in the current Yili power grid dispatching automation system are carefully studied, and some necessary system upgrade measures and methods are proposed, and the targets are set. Secondly, the paper puts forward the specific measures for the transformation of the automation system, focusing on three aspects: on the one hand, various information processing processes based on partition screening, realizing the hierarchical division of monitoring information, effectively reducing the filtering of invalid information and the display of important information. Reducing the ever-increasing scale of equipment has caused a surge in the workload of monitoring personnel, and improved the real-time control of the operating status of the power grid by regulators. On the other hand, on the basis of the existing dispatching automation system and substation equipment, the remote viewing function is added to realize the real-time display of the substation environment and equipment status. Solve the problem of incomplete information in unattended substation stations. The third is to increase the new line naming comparison management function, to avoid the problem of increased grief security risk caused by naming confusing, and effectively improve work efficiency. Finally, the above three specific measures are applied to the practice of Yili power grid engineering, and the effect of the dispatching operation before and after the transformation is compared. The results show that the above various measures can effectively promote the operation management of the power grid and improve the working efficiency of the staff. The research results in this paper can also provide reference for power grids in similar regions.