Jilin Province Grid Assets Management System Based On The Life-cycle Management Perspective

With the gradual expansion of the rapid development of Jilin Province grid andasset size, capital-intensive power enterprises in asset management should graduallyintroduce new ideas, new technologies, and new means. Asset life cycle managementshould benefit from long-term capital as the starting point, in order to realize theasset and income throughout the life cycle cost optimization as the goal. Shouldensure rational planning, engineering quality, power system stability, stableequipment on the basis of grid assets to carry out life-cycle management, to increasethe useful life of the asset, the pressure drop capital investment within the asset lifecycle, Jilin Province grid assets reliability and economy fully optimized, to avoidone-sided pursuit due to reduced reliability and cost pressures increase.Life Cycle Asset Management with focus on the asset life cycle of the wholeprocess of pipe control should be to determine a unified asset management goals andtheory, change the previous points and conquer the fragmented management mode,start from the beginning of the life cycle of an asset, to co-ordinate grid planning,equipment procurement, construction, installation, production run, the retirement ofall aspects. On this basis, the establishment of sound asset life cycle performanceassessment, risk assessment and cost accounting dynamic model, scientific assetmanagement strategy, quantitative, and promote the development of assetmanagement to lean direction.To investigate and clarify the basic theory of the asset life cycle management,on the basis of the method and the main task. Around the of Jilin Province grid assetsmanagement mode and the characteristics of the ability of the enterprise informationasset life cycle management, financial capability, standardization of capacity-building needs.Reliability science, failure physics, equipment diagnostic techniques theory andmaintenance engineering in a technical point of view. On the basis of the theory tostudy the failure characteristics in the the grid asset life cycle and maintenancecharacteristics, diagnostic techniques suitable for the current device development,improve equipment to enhance the reliability and maintainability improvementmeasures are proposed to improve equipment utilization.Include in an economic point of view, value analysis, engineering economicsand marketing. On the basis of the theory, discuss the life cycle cost of theequipment, maintenance costs, and performance analysis, technical and economicanalysis of the construction, reconstruction, overhaul, analysis come life andeconomic life of the equipment, to achieve life cycle cost economy.Contain in a management point of view of information theory, systems theory,organizational behavior, decision theory, operations research. On the basis of thetheory, focuses on the management and control of the full life cycle of the equipment,in view of the equipment life cycle at every stage of the implementation of thestrategy and effectiveness is very different, and therefore need to study the dynamicmanagement of the device life-cycle, to establish the appropriate model in order toachieve real-time feedback of information to achieve the goal of management.Modeling and analysis of device-level life-cycle management costs, the state ofthe system-level life-cycle management cost modeling and analysis, equipmentreliability assessment techniques, equipment life assessment techniques, equipment,risk assessment, the system runs the risk assessment etc., to determine the optimalasset transformation of the principle. So that the power of corporate assets to achievethe optimal allocation.