RFID power asset life cycle visualization information management

　　RFID power asset life cycle visualization information management

　　According to the actual needs of the application scenario, different intelligent hardware combinations are selected, combined with the corresponding software docking, to realize the automatic verification and recording of the information of power equipment and materials in and out of storage, and the real-time inventory and life cycle status of storage equipment and materials. Refinement and intelligence control. RFID technology is used for non-contact, long-distance, and automatic collection of information to realize the timely transmission and feedback of asset change information, so that the full life cycle management of power assets at all stages and on-site physical information can be transmitted and processed in real time. RFID technology applies power asset equipment management to visualize and informat life cycle management.

　　The inspection and maintenance of power assets and equipment is a very important link, and the inventory of fixed assets and the tracking and management of the entire life cycle of assets have become a management and control problem. RFID technology will provide better information collection, real-time understanding of equipment inspection, maintenance, and operating status, and timely discovery of hidden dangers to deal with in advance, so as to avoid hidden dangers from developing into failures and causing greater losses. After the inspection personnel discover the hidden danger of the equipment, they need to report the relevant situation in a timely, accurate, clear and complete manner, and the relevant departments will organize and arrange maintenance personnel to go to the maintenance according to the information provided in the report to eliminate the hidden danger.

　　RFID management operation process of power materials

　　Storage of equipment and materials: First, before the storage of power equipment and materials, paste or hang the electronic label on the equipment and materials, and enter the basic information such as the product name, model, specification, place of origin, brand name, and packaging of the equipment and materials, and divide the equipment and materials. After the input and classification are completed, the equipment and materials are placed in the corresponding position of the warehouse, and the position record is made.

　　Equipment and materials out of the warehouse: The equipment and materials to be out of the warehouse are read by RFID information through RFID handheld terminals or channel readers, and the related information such as the out-of-warehouse time, department and personnel is stored in the data collector, and the batch processing method is used. Or upload to the system wirelessly.

　　Verification of measurement tools: According to relevant national regulations, measurement tools should be regularly verified by the designated professional testing department. After verification, write verification information into the system.

　　Scrap of power tools: When the tool reaches the designated service life or is damaged and cannot be used continuously, it shall be scrapped. After reading the RFID electronic label information of the equipment through the RFID handheld terminal, enter the scrap reason, handler, approver and other relevant information in the system, the equipment will be scrapped. The scrapped equipment information will be kept in scrapped tool file information for query.

　　Inventory of equipment and materials: Enter the inventory state, use the RFID handheld to collect the material labels on the shelves in turn, enter and upload them to the background, and collect the quantity of each piece of equipment and materials through the RFID electronic tags installed on the equipment and materials. , and the background system then completes the inventory of warehouse equipment and materials and generates reports according to the collected quantity data.

　　Background system management: Through the RFID electronic tags installed on the equipment and materials, the information of each tool such as storage, loan, return, storage, and transfer can be collected, entered, and uploaded to the background. The background system then completes the management of the tool warehouse according to the collected data information. Managers conduct inquiries and statistics and generate reports as needed.

　　The application of RFID technology makes the management of power materials more transparent, and understands the operation of power equipment and materials in real time. The daily management report of power materials is realized through the docking of the background software, so that the data of power materials usage is clear at a glance. By automatically collecting data from RFID electronic tags and uploading them to the back-end platform for daily operation and maintenance data reports; the dynamic tracking management of equipment is realized, and the difficulties, blind spots and obstacles of asset management are eliminated. RFID automatic identification technology is very important for fixed asset management, asset life cycle tracking and equipment inspection and maintenance.

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