RFID based electric power asset entire life-cycle management system

Abstract

The invention discloses an RFID (Radio Frequency Identification) electric power asset entire life-cycle management system which comprises an RFID material object management master station platform, a hand-held mobile terminal, an external system and an RFID label attached on field asset equipment, wherein the external system and the hand-held mobile terminal are in data transmission connection with the RFID electric power asset entire life-cycle management system, respectively. The system realizes recording of information such as tasks, places, material objects and time involved in daily operation process of assets; the daily work is effectively supervised by the system, so that the daily management pressure of assets is reduced, lots of manpower and material resources annually invested in asset discovery and meaningless allocated cost are saved, loss of assets caused by various factors is voided, and the management benefit of enterprises is improved. Due to the implementation and application of the system, the workload and the error rate of manual recording and information transfer are eliminated thoroughly. Synchronous management on human, places, time and materials in asset management is realized.

Description

technical field [0001] The present invention relates to an asset management system, in particular to an RFID-based power asset life cycle management system. [0002] Background technique [0003] With the rapid development of the power grid, the traditional management mode of power assets is slow due to many management elements and large changes, and when assets change, it is difficult to find and update information in time; asset inventory and equipment traceability are difficult, time-consuming, and error-prone , seriously affecting work efficiency; there is no unified data carrier in asset life cycle management to provide technical support for asset linkage. On the other hand, electric power enterprises are asset-intensive enterprises, and most of the assets generated come from engineering construction. The whole process from engineering construction to power generation, transmission, distribution, and sales is centered on equipment, which will eventually be transforme...

AI Technical Summary

Problems solved by technology

[0006] Third, annual asset inventory is a mere formality due to heavy workload and low inventory efficiency

Traditional asset inventory relies on purely manual operations, with huge workload, high error rate, and low efficiency. During the transmission of asset change information, human factors may cause information distortion, resulting in inability to synchronize accounts, cards, and objects.

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