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Design And Application Of Multi-meter Information Collection System For Smart City

Posted on:2020-12-26Degree:MasterType:Thesis
Country:ChinaCandidate:X G YiFull Text:PDF
GTID:2392330602954738Subject:Electrical engineering
Abstract/Summary:PDF Full Text Request
Wisdom along with the development of social economy,accelerated the pace of urban construction,in the form of "Internet+" on the economy,the State Grid enterprises deepen the reform in an all-round way.According to the guidance on promoting the development of smart grid issued by the national development and reform commission and the energy bureau in 201 5,the pilot work of integrating water,electricity,gas and heat into one data concentration within the business scope of the State Grid corporation of China was carried out through Internet,big data and other technologies and according to the living needs of residents.The implementation of the table and more,to realize cross-industry information connectivity,speed up the wisdom city construction,improve the service level of social management have laid a solid foundation.Based on image recognition technology at home and abroad,electricity information collection system and the remote meter reading technology to study the relevant knowledge on the basis of the analysis,first of many table and collection system is the main component of communication technology,marketing business system and the main content of the electricity information collection system from three aspects are introduced,and the more tables and information collection business model to conduct a comprehensive analysis of economic benefit model is established,through the factor analysis method to study the influencing factors of cost savings,and quantitative analysis method to analyze the public value of the power supply company,multiple tables and the development of information acquisition of commercial operation mode provides the theoretical support;On the basis of the above research,the promotion and application of this product is explored,and a real case is provided for the promotion and application of multi-meter integration through an example application.Then based on the basic principle of image recognition and electricity information acquisition,puts forward the multiple tables based on image recognition technology and information acquisition scheme,and from the hardware and software design and the interface converter design,application and study of collection constructionAchievements of on-site installation,verify the feasibility of this scheme,the scheme was determined by the benefit analysis of the economy,to table one more centralized data acquisition.Finally,a data comparison judgment model is established to analyze the abnormal conditions such as hardware failure,unreasonable technical scheme,delayed archive synchronization and substandard construction technology in the acquisition failure,and an abnormal analysis model is established.The correctness of the model is verified by practical application.The anomaly analysis model can quickly find the cause of the anomaly and carry out targeted processing,which is of great significance for solving the fault type determination of multi-meter integration.Through the establishment of association mining algorithm model.the relevance between manufacturers and fault types is determined,and K-means classification algorithm is used to analyze the operation of the table,timely find the failure of the table,form the fault abnormal alarm mechanism,and provide conditions for the stable operation of multi-meter integrated information collection.The research in this paper can provide reference basis for the promotion,application and commercial operation of multi-meter integration.The multi-meter integration information collection scheme based on image recognition technology can provide new ideas for multi-meter integration.
Keywords/Search Tags:Multi-meter unification, Economic benefit model, Image recognition technology, Data comparison judgment model, Association mining algorithm model
PDF Full Text Request
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