RFID communication-based data reading and collecting method and system for multiple electric energy meters

Abstract

The invention discloses a RFID communication-based data reading and collecting method and system for multiple electric energy meters. The method includes the following steps: S1. arranging RFID smartelectric energy meters integrated with RFID modules at each of electric energy collection points; S2. controlling RFID read-write modules to read and collect the data of each of the RFID smart electric energy meters in an action range, wherein when two or more RFID smart electric energy meters simultaneously transmit the data to the RFID read-write modules, each of the RFID smart electric energy meters is recognized by utilizing a binary tree search algorithm; and S3. receiving the data read and collected by each of the RFID read-write modules in real time for storage and processing, and uploading the data to a cloud platform system. The system comprises a plurality of RFID smart electric energy meters, a plurality of RFID read-write modules, and a reading and collecting control terminal.The RFID communication-based data reading and collecting method has the advantages of simple implementation method, allowing data reading and collecting of long-distance large-volume electric energy meters to be achieved, high efficiency and strong anti-interference performance.

Description

technical field [0001] The invention relates to the technical field of electric energy metering, in particular to a method and system for reading data of multiple electric energy meters based on RFID communication. Background technique [0002] With the development of the power system, the demand for electricity is growing rapidly, and the number of electric energy meters is increasing. Facing the huge amount of electric energy meter data information, how to realize fast and efficient management is the current problem. The traditional mechanical energy meter has a low degree of intelligence and usually needs to rely on manual on-site meter reading, which is inefficient, prone to data errors, and the real-time update speed is slow, which is not convenient for tracking and management of energy meter data. It is difficult to track the whole life cycle data of the electric energy meter, and it is impossible to accurately query and locate the various data of the electric energy m...

AI Technical Summary

Problems solved by technology

The traditional mechanical energy meter has a low degree of intelligence and usually needs to rely on manual on-site meter reading, which is inefficient, prone to data errors, and the real-time update speed is slow, which is not convenient for tracking and management of energy meter data. It is difficult to track the whole life cycle data of the electric energy meter, and it is impossible to accurately query and locate the various data of the electric energy meter, and it is not convenient to realize the information tracking management of the electric energy meter, warehouse management, etc.

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