Intelligent power consumption management method based on Internet of Things

Abstract

The invention relates to an intelligent power consumption management method based on the Internet of Things. The method is based on the system of the Internet of Things which comprises a control master station, a concentrator and an electric power measurement terminal; the method is also equipped with a voice prompt device. The method comprises the following steps: acquiring terminal user power consumption data by the electric power measurement terminal; uploading the data to the concentrator; performing statistics for the power consumption condition of each user and the overall power consumption condition of the area by the concentrator, and uploading to the control master station according to time; judging by the control master station according to the received power consumption information of each user transmitted by each concentrator of each area; if during the peak season of power consumption or non-peak season of power consumption, in respect to the user that has a power consumption exceeding the set limiting value, implementing different electricity price; in respect to the user that does not have a power consumption exceeding the set limiting value, implementing a third measuring unit price. The method provided by the invention gives consideration to the situation of a single user, and combines peak season to charge according to time and category, so as to make the charging of electricity measurement more scientific and more reasonable.

Description

technical field [0001] The invention relates to an intelligent power management method based on the Internet of Things. Background technique [0002] The Internet of Things has been considered by experts and many countries as another technological revolution after the Internet wave. Making full use of the Internet of Things technology, the construction of the Internet of Things for electric energy will provide integrated solutions for realizing the balance between supply and demand of electric energy in enterprises / regions, optimizing configuration, dynamic monitoring and usage decision-making, and achieving energy saving and efficiency enhancement. [0003] At present, peak and valley electricity prices are implemented in many areas. Although this method of charging by time period can alleviate the shortage of electricity during peak hours of electricity consumption to a certain extent, the actual electricity consumption of various end users may vary greatly. It is unfair ...

AI Technical Summary

Problems solved by technology

[0003] At present, peak and valley electricity prices are implemented in many areas. Although this method of charging by time period can alleviate the shortage of electricity during peak hours of electricity consumption to a certain extent, the actual electricity consumption of various end users may vary greatly. It is unfair to use the metering and charging method of peak and valley electricity prices