The Design And Implementation Of Fuzhou Power Administration Information Collection System

In2010, the State Grid Corporation, the prospects for the development direction ofthe national grid to achieve during the twelve five "three integrate five enhance".Simultaneously enhance information technology, in order to provide better national gridmodernization. Guidelines of the "big marketing" system is to optimize the organizationof the national grid perfect marketing approach to intelligent co-ordinated way toexpand the market and improve the scientific quality of service. Achieve the powerconsumption data collection processes, integration, complete the "full covering thewhole collection, all pre-paid " the overall design goals.Consumption data collection system design and development as the developmentof intelligent direction of the national grid to give full support in the use of intelligentinformation collection methods. The national electricity users in a timely mannerthrough line network information can be transmitted to the grid background deployedaround the center of our system successfully receives the correct data, the pre-designanalysis process, the need for timely feedback of information. And then sent via thenetwork to the user terminal line encryption devices to complete a timely interactionwith the user process, which is an important representation of the smart grid. Electricalcollection system construction through to achieve a "big marketing" the core of thesystem and infrastructure in order to achieve "full coverage, the whole collection, allpre-paid " the overall goal. This is common even in the international development goalsof smart grid technologies and direction; smart marketing, interactive marketing is thecore foundation; an online monitoring, orderly use of electricity, demand sidemanagement, intelligence analysis, decision support core assurance.This thesis gives information collection Fuzhou Power Administration to provide alimited time and space constraints weather service platform. In the design, theapplication of Unified Modeling Language is a logic modeling system design,development and, based on face object-oriented programming ideas and tools tocomplete the system design and implementation. The overall structural integrity of theentire system, the expansion and superior performance. The research projects toimprove the electricity for the optimization of data acquisition and processing ofinformation, information collection and network management business processes of institutional building and other aspects have a significant effect. In this thesis, the mainwork completed are:1, The power consumption data collection intelligent business needs in-depthresearch and analysis, and in-depth study Unified Modeling Language, MVC designpattern layer, smart meters, energy metering seal technology. Analyze the electricity forFuzhou industry Bureau of the information collection business needs, development ofpower consumption data collection system is feasible.2, To electricity consumption data collection business needs, based on the system ’svarious functional modules in detail design. While establishing an E-R diagram for thesystem through the design of the system database structure. And in accordance with theuser data on electricity consumption characteristics of higher security requirements, thesystem safety design.3, Combined with the actual development situation, the MVC design pattern hasbeen improved three-tier architecture. The MVC design pattern in the pattern layer isfurther divided into the data access layer and persistence layer to the controller layermask the underlying data source differences, and provide a unified data access interface,enhanced system scalability, flexibility and adaptability.4, The development to achieve a power consumption data acquisition system, andthe system functional testing and performance testing.