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电子科技大学工程硕士论文1摘要变电站作为电力通信网的重要组成部分，其通信机房环境温湿度变化、通信直流电源蓄电池的监控情况、人为破坏等不安全因素对电力系统的安全运行产生极大的负面影响，需要加强对无人值班电力通信室内通信电源及温度环境进行监控，提高电力系统整体可靠稳定性，增强公司的整体服务水平。本课题所设计的变电站动力环境自动化监控系统所采用的技术架构是B/S架构，开发工具是VisualStudio2008，数据库选用的是微软的SQLSERVER2008。本课题将对电业局电力通信网络进行分析，研究通信网络重要变电站点数据业务量、具体设备量、负荷量等，对动力环境监控进行基础研究，并与电力通信系统现状相结合，使电业局通信系统加入对动力环境自动化监控系统分析功能，建设集管理、告警、存储、分析、优化为一体的动力环境监控平台，对电力通信网安全稳定运行进行服务。具体来说，系统应当提供辖内每个变电站通信电源的状态在线数据及相应环境状态数据，以便监控中心更方便的监控变电站设备运行状态和环境状态，为企业管理人员提供分析优化数据支持。本系统用户界面友好、操作简单、安全高效，对机房用户监控功能强大，大大节省了机房管理所需的人力、无力，从而节省了财力，对提高电业局信息化进程有重要的现实意义。当前系统已经成功的运行在了XX变电站，运行良好，得到了一线工作人员的一致好评。关键词：信息技术，动力环境，通信，监控电子科技大学工程硕士论文2AbstractAsanimportantpartoftheelectricpowercommunicationnetworkinsubstationsanditscommunicationsroomtemperatureandhumiditychange,communicationsDCpowerbatterymonitoring,vandalismandotherunsafesafeoperationofpowersystemshaveasignificantnegativeimpacton,needtobestrengthenedforunattendedindoorcommunicationpowersupplyandtemperatureenvironmentofelectricpowercommunicationmonitoring,improvingtheoverallreliabilityofpowersystemstability,andimproveoverallservicelevels.Thesubjectdesignofsubstationpowerenvironmentautomaticmonitoringandcontrolsystemthetechnologyarchitectureisusedbyb/sstructure,developmenttoolisaVisualStudio2008,MicrosoftSQLSERVER2008databaseusinga.ThissubjectwillonElectricIndustryCouncilpowercommunicationsnetworkforanalysis,researchcommunicationsnetworkimportantsubstationpointsdatabusinessvolume,andspecificequipmentvolume,andloadvolume,,onpowerenvironmentmonitoringforbasedresearch,andandpowercommunicationssystemstatusphasecombines,makesElectricIndustryCouncilcommunicationssystemjoinedonpowerenvironmentautomationmonitoringsystemanalysisfunction,constructionsetmanagement,andalarm,andstorage,andanalysis,andoptimizationforoneofpowerenvironmentmonitoringplatform,onpowercommunicationsnetworksecuritystablerunforservice.Specifically,thesystemwithinitsjurisdictionshouldbeprovidedforeachcommunicationstatusofthepowersupplylinedataandthecorrespondingStateoftheenvironmentdata,moreconvenienttothemonitoringcentermonitoringsubstationdevicesandenvironmentalState,providesoptimaldataanalysissupportformanagers.Thesystemuserfriendlyinterface,easyoperation,safetyandtomonitorroomuserspowerful,greatlysavesmanpowerformanagement,weakness,resultinginfinancialsavingstoimproveelectricpowerBureauinformationhasimportantpracticalsignificance.CurrentsystemhasbeensuccessfullyrunontheXXsubstation,runwell,getthefront-lineworkersalike.KeyWords:informationtechnology,powerandenvironment,communications,monitoring电子科技大学工程硕士论文3目录第一章绪论................................................................................................................11.1课题的研究背景..............................................................................................11.2系统建设的实际意义......................................................................................31.3国内外的研究现状..........................................................................................41.4课题的主要研究内容......................................................................................81.5系统设计过程中可能遇到的问题分析..........................................................9第二章系统所使用的技术概述和需求分析............................................................122.1信息技术项目管理的概念............................................................................122.2需求分析.........................................................................................................142.2.1动力及场地环境监控部分..................................................................142.2.2机房安全保障环境部分......................................................................142.2.3系统设计平台的需求..........................................................................14第三章动力环境自动化监控系统的详细设计........................................................163.1系统的可行性分析........................................................................................163.2系统的设计原则............................................................................................173.3系统整体架构的设计....................................................................................193.4系统功能模块的设计....................................................................................233.4.1供配电监测模块的设计......................................................................253.4.2UPS监控模块的设计..........................................................................273.4.3防雷检测报警模块的设计..................................................................283.4.4空调监控模块的设计..........................................................................293.4.5消防监测模块的设计..........................................................................303.4.6门禁管理模块的设计..........................................................................313.5系统数据库的设计........................................................................................33第四章动力环境自动化监控系统的实现................................................................384.1系统的特点....................................................................................................384.2系统功能模块的实现.