Application Research Of Software Engineering In The Condition Monitoring System In Thermal Power Plant

Electric power has a great impact on people’s livelihood,so the electric power industry is one of the core sector ofChinese economic lifelines, occupies a pivotal position inChinese economic system.As the indispensable core power inthe era of industrial, agricultural and contemporary scienceand technology development and the national defensedevelopment, electric power also closely related with us indaily life. The development of electric power industry tendsto be in a leading position compared to other industrialsectors, which can continuously promote the economic forwarddevelopment of our country. Since the founding of new China,the development of electric power industry has made greatprogress. The fast development of electric power industrymakes several times increase of installed capacity of powerplants, which gradually makes growth in long-distance of AC/DC hybrid transmission. The previous individual smallgrids also gradually form a cross regional or interprovincial large-scale power system. Therefore, in powerplants, using a large number of sensors in state monitoring has a vital significance to highly efficient production ofthermal power plants, and technology in the development ofsensor as well.Higher demands rapid development of thermal powerenterprise automation system for software quality andefficiency of software development proposed softwareengineering development needs of object-orientedprogramming; core power system engineering softwaredevelopment approach is the guiding ideology of softwareengineering, development of the system through theapplication of object-oriented technology, system modelingtool for UML, with C#language as the main tool forprogramming phase.Thermal power plant condition monitoring systemsoftware, engineering development methods should be used.Only way, you can effectively ensure high quality andefficiency of software development. In order to meet thecurrent rapid development of grid technology.This paper describes the development of thermal powerplant in ShaoXing condition monitoring system softwareprocess, first described in a thermal power plant conditionmonitoring systems, mainly describes how the composition and operation of the system by which the working principle alsoexplains the major functions of the system and performance.Second, the system software for detailed engineeringdevelopment of the entire process is described in detail.6basic characteristics from software quality anddevelopment efficiency start Dongying thermal power plantcondition monitoring system software, the results of theanalysis carried out to prove the software engineeringdevelopment can significantly improve the efficiency ofsoftware development, software quality assurance,indicating that the software engineering development is toimprove efficiency of software development and softwarequality assurance important way.At the same time, this paper puts forward the prospectsthat not only will it greatly exert the system efficiencyof the whole application and improve the efficiency ofoperation and management of power system if we are able tointegrate many application systems of power system,but alsocan avoid duplication and waste of investments, and produceenormous economic benefits. For example, this paper mainlydescribes the monitoring system of Zhejiang Zhe’nengShaoxing Binhai Power Plant State.The energy save can be multiplied by10or even in larger quantity if the futurethere is a unified state monitoring of regional or nationalthermal power plants in the future.Then there will be a greatsave of coal resources for the whole plant industry.With therise of the distributed power supply, family or communitywill apply waste heat for power generation or small dieselgenerators,thus it needs higher requirements of safetyfactors for small "power plant"! The establishment of firepower plant condition monitoring system will offer thoughtson condition monitoring for these small power stations, andalso improve security efficiency, contribute the cause ofgreen energy of our country as well.