Intelligent remote electric energy monitoring system and monitoring method based on 5G communication

Abstract

The invention discloses an intelligent remote electric energy monitoring system and monitoring method based on 5G communication. The monitoring system comprises an intelligent electric energy acquisition terminal, a regional management center and a remote Internet of Things platform; the intelligent electric energy acquisition terminal is used for monitoring and storing power utilization related parameter values; the regional management center reads various parameter values measured by the intelligent electric energy acquisition terminal based on a Modbus protocol, and then uploads data to theremote Internet of Things platform in real time through a 5G network based on an MQTT protocol; and the remote Internet of Things platform is used for remotely monitoring changes of various parameters acquired by the intelligent electric energy acquisition terminal, and can process power utilization sudden faults occurring in a family in time. Compared with other power monitoring schemes, the system is stable and feasible in framework, is more suitable for popularization and application, can effectively reduce the tedious workload of a power company in the actual power detection process, cancarry out the big data analysis of the urban power consumption condition, and improves the power management work efficiency.

Description

technical field [0001] The invention relates to the technical field of remote electric energy monitoring and control, in particular to an intelligent remote electric energy real-time monitoring system and monitoring method based on 5G communication. Background technique [0002] With the advent of the Internet of Everything era, the country has put forward higher requirements for the real-time performance of power data monitoring and control. The planning and construction of smart cities require intelligent remote power monitoring and control technology, advanced sensing and measurement technology, high-speed Advanced full-duplex communication technology and user-friendly power consumption monitoring and control platform. [0003] However, the limitations of various technologies at this stage have led to many problems in the country's energy measurement and management work: 1. It is impossible to effectively realize the real-time data communication between the power company,...

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Problems solved by technology

[0003] However, the limitations of various technologies at this stage have led to many problems in the country's energy measurement and management work: 1. It is impossible to effectively realize the real-time data communication between the power company, the meter, and the user, and the work efficiency of power monitoring and management is still low.

2. The power company lacks a software and hardware platform for researching big data of the power grid. The analysis of urban electricity consumption is insufficient, and the power distribution method cannot be optimized, which is likely to cause waste of power resources, and the distribution efficiency of urban power resources is low.

3. For areas with complex terrain such as mountainous areas, forests, and deserts, manual meter reading is still used to measure electric energy at this stage, which wastes human resources and reduces work efficiency.

4. Users cannot monitor the specific situation of electricity consumption data of households, factories or other institutions in real time, and cannot find out some potential safety hazards in electricity consumption in time, and cannot realize timely and effective remote alarm and control of emergencies

5. Users cannot view the specific data and changing trends of the family's historical electricity consumption, making it impossible for users to make more effective plans for saving electricity

6. For some specific scenarios that require power limitation, such as power limitation in student dormitories, effective monitoring measures cannot be implemented

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