The Application Software Development For Internet Of Things In Power System

With the continuous development of social economy and people’s rising living standards,the society demand for energy has been the growth of traditional power system low efficiency,high loss has been unable to meet the growing needs of the society, power grid market isfacing a reform. We want to use the high efficient, safe, reliable, flexible alternative totraditional novel grid power grid, the grid can be adapted to various types of new energygeneration methods, can be more adapted to the highly commercialized electric powertransaction needs, can be more responsive to customer choose the need, to further improve thelarge power grid assets utilization efficiency and benefit, to provide more quality services.TheInternet of Things in Power System has well solved this problem.Based on the domestic The Internet of Things in Power System and its applicationsoftware based on the relevant research results, in Datang Hancheng power plant as anexample, using the theoretical study and field experiment of the method of combiningresearch. Through the theoretical study on the system structure and data acquisition method ofstatistical processing was carried out to determine, ensure the system and other related systemequipment connection and exchange of data reliability.The mainly research is below,The first, this article introduces the concept of The Internet of Things in Power System，and puts forward the architecture of The Internet of Things in Power System;on the basis ofthis，introduces the development of the software application of The Internet of Things inPower System，the purpose and significance.Then taking Datang Hancheng power plant as anexample，according to the architecture of The Internet of Things in Power System，design aset of software for The Internet of Things in Power System. The second，the article detailedanalysis, including the function, performance, input/output, data management, interface,working environment etc, and makes systemic analysis, including the frame structure analysis.Finally we choose the mixed structure with C/S+B/S as the main subject of developmentsystem. It studies the data flow of system to confirm function module of the server softwareand client software, and analyzes the automatic metering process, finally settles a base for theproject development later. Based on the application software of the database systems design,this article adopted a design idea about thin server and big client. The database is an importantbridge for them. The article analyzes and designs the database of the power plant system,including the foundation of database and data table, the set of the key, and the realization ofthe data access technique and so on. The emphasis and nodus of this system is the design about the data acquisition task scheduling algorithm and data statistics processing algorithm.Meanwhile, the data acquisition task scheduling algorithm is innovative in this article, whichis the technical protection for software part of server. The client software is a fenster forman-machine interaction. In the client software design, the article introduces the dynamicinstauration about the power tree of charge measurement system in emphases and difficultyarea. The data inquire analyze system and multiple meter is another innovative point. And thedesign of stat. drawing display is also the key point to achieve the inquired analyze module,which is the emphasis and nodus. Abundant technical preparation above provides a powerfulprotection for this system. The last works is finishing the design of this software, anddebugging it in the locale. The result shows that it can gain our anticipation ends.In a word, the research and practice of this subject is dedicated to provide a reference forbetter Internet of Things in Power System, and advance to electrical system reform.