电力调度监控系统的设计与实现

发布时间：2018-05-18 13:29

本文选题：成都电网 + 电力调度　；参考：《电子科技大学》2015年硕士论文

【摘要】：随着社会经济的快速发展,电力行业已经逐步成为国民经济中的重要部门,承担着为其他行业提供基础能源支持的重要职责,因此电力行业的发展水平与服务水平对于整个国民经济的发展有着重要的促进作用,也和社会民生之间存在着密切的关联。因此,世界各国对于电力行业都给予了高度重视,并将其作为国民经济体系中的重点发展方向,并在电力行业快速发展的基础上为其他产业提供能源保障,电力能源的生产与调度工作效率对于整个电力系统的服务水平与质量有着重要的影响。目前,成都电网经济的发展速度比较快,传统的电网运行调度和监控管理模式已经逐步显现出不适应的态势,对于成都电网的集约化发展产生了严重的障碍。由于电力系统调度监控软件系统对整个电网的运行和建设起着至关重要的作用,是电力能源生产与调度工作中的关键环节。在此背景下,为了响应国家电力部门提出的电力调度监控自动化和数字化的发展需求,满足成都地区当前的电力用户对于电能供应的实际需求,成都电网在对当前的电力调度监控工作业务进行分析与考察的基础上,提出了研发电力调度监控软件系统的工作任务。本文以该系统为研究对象,通过分析当前国内在电力调度监控领域中存在的问题,对电力调度的自动化与网络化问题进行了分析与研究,并结合成都市电网运行的实际情况对系统的需求分析工作进行考察,提出了系统的各项功能需求。同时采用软件工程的相关理论和方法论对该系统的总体设计以及核心功能模块设计工作进行了研究与分析。在功能结构设置上,该系统主要包括了SCADA子系统、GIS地理空间软件系统以及DAS数据服务软件系统三个方面,本文重点对SCADA子系统的功能详细设计和功能实现工作进行了研究与探讨,并对该系统的测试工作进行分析和验证。本论文研究的电力调度监控系统对于整个成都电网的调度工作效率的提升有着重要的促进作用。目前,电力调度监控系统已经成功上线运行,总体运行情况良好,满足了最初的设计要求。
[Abstract]:With the rapid development of social economy, the electric power industry has gradually become an important sector of the national economy, taking on the important responsibility of providing basic energy support for other industries. Therefore, the development level and service level of electric power industry plays an important role in promoting the development of the whole national economy, and also has a close relationship with the people's livelihood. Therefore, countries all over the world attach great importance to the electric power industry and regard it as the key development direction in the national economic system, and provide energy security for other industries on the basis of the rapid development of the power industry. The efficiency of power energy production and dispatch has an important influence on the service level and quality of the whole power system. At present, the economic development of Chengdu power grid is relatively fast, the traditional power grid operation, dispatching and monitoring management mode has gradually shown an unsuitable situation, which has created a serious obstacle to the intensive development of Chengdu power grid. As the power system dispatching monitoring software system plays a vital role in the operation and construction of the whole power network, it is a key link in the power energy production and dispatch work. In this context, in order to respond to the development demand of automation and digitalization of power dispatching monitoring and control proposed by the national electric power department, and to meet the actual demand for power supply of the current electric power users in Chengdu area, Based on the analysis and investigation of the current power dispatching monitoring work in Chengdu Power Grid, the task of developing the power dispatching monitoring software system is put forward. Taking the system as the research object, this paper analyzes the problems existing in the field of power dispatching monitoring and control in China, and analyzes and studies the automation and networking of power dispatching. Combined with the actual operation of Chengdu power grid, the requirement analysis work of the system is investigated, and the functional requirements of the system are put forward. At the same time, the overall design of the system and the design of the core function module are studied and analyzed by using the relevant theory and methodology of software engineering. In terms of function structure, the system mainly includes three aspects: SCADA subsystem, GIS geospatial software system and DAS data service software system. In this paper, the function design and function realization of SCADA subsystem are studied and discussed in detail, and the test work of the system is analyzed and verified. The power dispatching monitoring system studied in this paper plays an important role in promoting the dispatching efficiency of the whole Chengdu power grid. At present, the power dispatching monitoring system has been successfully put into operation, the overall operation is good, which meets the initial design requirements.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TM734

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