Power Plant Identification System And The Application In Equipment Management

With the development of society, information management related to human product and administration is becoming more and more important. The management for the equipment of power plant that depends on modern management method and computer management technology can improve the overall efficiency of equipment .So that the number of spare parts is more reasonable.Considering the actual circumstance of the power plant,the characteristics and deficiencies of the power plant identification systems are analyzed and researched based on the analysis of the power plant identification system domestically and abroad.On the basis of serious analysis of the specific situation of KKS equipment coding project that the paper give a detailed account of the content and features of the KKS identification system of power plant of German, give the change proposal to them,and explore the applicable research of the KKS power plant identification system in power plant spare parts management. The questions that should be paid attention to in the practical projects are expounded at last.The workload of identification system of power plant is tremendous. The potential for error of manual is very easily and the efficiency is very low. In connection with the current situation of the equipment coding not combined with the facilities management. The paper use Power Builder, the special development tool of database, the background database using SQL Server 2000. Develop the equipment management information system to establish and manage the equipment of power plant and their coding.This paper uses the exponential distribution function of equipment life and the weibull distribution function of equipment life. In conjunction with the accounting records of the KKS equipment coding, working out the remaining life of equipments of power plant and its components, and then working out the remaining life of superior system. According to the equipment's historical life, fit out the formula for calculating the reliability of equipment. Using the methods of fitting out the reliability of the complex system (the methods of minimum pathway and the smallest cutting), further to fit out the rough scope of reliability of the system. Provide a basic decision-making for the staff of power plant equipment management.