电力安防系统顾名思义就是对电力设施防护的安全系统，主要通过视频监控等手段发现存在的危险，有利于电网稳定运行。课题通过研究电力安防系统现状，根据需求分析提出可行的方案。通过建设主站、站端设备，设计数据库，完成设备选型实现安防系统基本功能。 首先通过实地调研，了解目前电力安防系统及辅助设备现状，发现普遍存在设备存储能力差、通道带宽较低、设备类型差异大等问题，为建设统一标准的电力安防整体系统带来了困难。但电力安防系统的设计有具有明确的需求性，尤其以当前社会稳定的要求最为迫切，同时电力保障工作发展的必要环节。 其次，本论文通过设计安防系统技术方案，从总体架构、应用架构、设备部署、用户管理、应用系统安全等方面对安防系统进行阐述，设计安防系统分支业务功能，完善安防系统应用场景。在以上架构设计上，集成站端设备，设计智能分析设备，使其具备监控告警功能。结合目前系统应用人数，计算服务器承载能力，明确配备服务器、存储设备参数，使其能可靠支撑业务功能。 最后，根据论文描述的设计方法，对站端设备进行选型，使其能够满足安防应用、综合接入、集中存储和智能分析的功能需求。通过论文的研究，完成了伊犁地区安防系统的设计，为日后系统实施提供了帮助。

As the name suggests, the power security system is a security system for the protection of power facilities. It mainly discovers the dangers through video surveillance and other means, which is conducive to the stable operation of the power grid. The subject explores the current status of the power security system and proposes a feasible solution based on the needs analysis. Through the construction of the main station, station-end equipment, design database, complete the equipment selection to achieve the basic functions of the security system. Firstly, through field research, we can understand the current status of power security systems and auxiliary equipment, and find that there are widespread problems such as poor equipment storage capacity, low channel bandwidth, and large differences in equipment types, which brings difficulties for building a unified standard power security system. However, the design of the power security system has a clear demand, especially the current social stability requirements are the most urgent, and the necessary links for the development of power security work. Secondly,By designing the security system technical solution, this paper expounds the security system from the aspects of overall architecture, application architecture, equipment deployment, user management, application system security, etc., designs the security service branch business functions, and improves the security system application scenarios. In the above architecture design, the station-side equipment is integrated, and the intelligent analysis equipment is designed to have the monitoring alarm function. Combine the current number of system applications, calculate the server's carrying capacity, and clearly configure the server and storage device parameters to enable it to reliably support business functions. Finally, according to the design method described in the paper, the station equipment is selected to meet the functional requirements of security application, integrated access, centralized storage and intelligent analysis. Through the research of the thesis, the design of the security system in Yili area was completed, which provided assistance for the implementation of the system in the future.