调度操作防误及智能操作票系统的设计与实现
发布时间：2018-09-11 07:54
【摘要】：操作票制度是电力生产管理单位为保证电网安全稳定运行而采取的一项重要技术管理措施,操作票制度执行的好坏直接影响电力安全生产,在日常操作票办理过程中未经过相关人员的审核以及审核认识程度不够都有可能导致安全事故的发生,随着计算信息技术的高速发展,传统操作票纸质管理模式已不能满足现代化建设的需要,在操作票的流程化处理与误操作方面也无法通过计算机信息化手段来实现,从而加大了操作票的办理周期以及大量的经济成本与时间浪费,也加大了安全事故发生的频率。调度操作防误及智能操作票系统正是在这一背景下建立起来的,它主要是集目前主流的跨平台编程技术、通讯技术、DSP技术、大数据的采集与实时分析、专家系统理论规则以及较为科学的调度操作与防误算法来完成本系统的智能化建设与应用。所开发的调度操作防误及智能操作系统将以电网运行的危险点出发,从电力运行的一线员工与相关领导完成本系统的业务需求的挖掘工作与数据模型分析工作,在系统技术架构方面将遵照IEC61970CIM标准建立电网模型,并采用当前较为成熟的三层架构、CIM/SVG建模、C#语言、Oracle 10数据库管理系统来完成本系统的架构工作,以便于对建成的调度操作防误及智能操作票系统符合本次的安全、稳定、性能要求也能满足系统后期的升级扩展与应用。本系统主要实现了工作中心模块、操作票模块、防误模块、系统管理模块、查询统计管理模块等,通过各模块能快速的完成操作票的模拟演示、编制(新建、打印、导出、典型、删除、作废、步骤)、审核、防误(规则库、报警、实时分析、安全校核、标识提醒)以及系统管理的灵活配置与维护功能的全面实现,从而为电网企业提高工作效率与经济效益。
[Abstract]:The operation ticket system is an important technical management measure adopted by the electric power production management unit to ensure the safe and stable operation of the power network. The execution of the operation ticket system has a direct impact on the power safety production. In the daily operation ticket processing process without the relevant personnel's examination and audit understanding degree is not enough may lead to the occurrence of safety accidents, with the rapid development of computing information technology, The traditional paper management mode of operation ticket can not meet the needs of modernization, nor can it be realized by means of computer information in the process and misoperation of operation ticket. Thus, the processing cycle of operation ticket and a large amount of economic cost and time waste are increased, and the frequency of safety accidents is also increased. It is under this background that the dispatching operation anti-error and intelligent operation ticket system is established. It is mainly composed of the main cross-platform programming technology, the communication technology and the DSP technology, the acquisition and real-time analysis of big data. Expert system theory rules and more scientific scheduling operation and anti-error algorithm to complete the intelligent construction and application of the system. Based on the dangerous point of power grid operation, the developed dispatching operation anti-error and intelligent operating system will complete the mining work and data model analysis of the business requirements of the system from the front-line staff and relevant leaders of the power operation. In terms of system technical architecture, the grid model will be established in accordance with the IEC61970CIM standard, and the current more mature three-tier architecture (CIM / SVG) will be used to model the Oracle 10 database management system in C # language to complete the system architecture work. In order to ensure the safety, stability and performance of the intelligent operation ticket system, the system can meet the requirements of the later upgrade and application of the system. This system mainly realizes the work center module, the operation ticket module, the error prevention module, the system management module, the inquiry statistics management module and so on. Through each module, the simulation demonstration of the operation ticket can be completed quickly. Typical, delete, invalidate, step), audit, error prevention (rule base, alarm, real time analysis, safety check, mark reminder) and the full realization of flexible configuration and maintenance function of system management, In order to improve the efficiency and economic efficiency for power grid enterprises.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM73;TP311.52
本文编号：2236076
[Abstract]:The operation ticket system is an important technical management measure adopted by the electric power production management unit to ensure the safe and stable operation of the power network. The execution of the operation ticket system has a direct impact on the power safety production. In the daily operation ticket processing process without the relevant personnel's examination and audit understanding degree is not enough may lead to the occurrence of safety accidents, with the rapid development of computing information technology, The traditional paper management mode of operation ticket can not meet the needs of modernization, nor can it be realized by means of computer information in the process and misoperation of operation ticket. Thus, the processing cycle of operation ticket and a large amount of economic cost and time waste are increased, and the frequency of safety accidents is also increased. It is under this background that the dispatching operation anti-error and intelligent operation ticket system is established. It is mainly composed of the main cross-platform programming technology, the communication technology and the DSP technology, the acquisition and real-time analysis of big data. Expert system theory rules and more scientific scheduling operation and anti-error algorithm to complete the intelligent construction and application of the system. Based on the dangerous point of power grid operation, the developed dispatching operation anti-error and intelligent operating system will complete the mining work and data model analysis of the business requirements of the system from the front-line staff and relevant leaders of the power operation. In terms of system technical architecture, the grid model will be established in accordance with the IEC61970CIM standard, and the current more mature three-tier architecture (CIM / SVG) will be used to model the Oracle 10 database management system in C # language to complete the system architecture work. In order to ensure the safety, stability and performance of the intelligent operation ticket system, the system can meet the requirements of the later upgrade and application of the system. This system mainly realizes the work center module, the operation ticket module, the error prevention module, the system management module, the inquiry statistics management module and so on. Through each module, the simulation demonstration of the operation ticket can be completed quickly. Typical, delete, invalidate, step), audit, error prevention (rule base, alarm, real time analysis, safety check, mark reminder) and the full realization of flexible configuration and maintenance function of system management, In order to improve the efficiency and economic efficiency for power grid enterprises.
【学位授予单位】：电子科技大学
【学位级别】：硕士
【学位授予年份】：2014
【分类号】：TM73;TP311.52
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