Intelligent electricity use collection and electricity use device

Abstract

The present invention discloses an intelligent electricity use collection and electricity use device. The device comprises a socket and a plug which are matched, the plug is provided with an identification code. The socket comprises: an identifier identification module configured to identify the identifier on the plug to obtain electricity use device parameter information; an electric quantity collection module configured to collect electricity use related information of an electricity use device in real time; a statistic analysis module configured to perform statistics electricity use information including the electricity use device parameter information and the electricity use related information and analyze and calculate the electric energy consumed by the electricity use device in an assigned time quantum; and a communication module configured to upload the electricity use related information of the electricity use device and the consumed electric energy to an external communication network. The intelligent electricity use collection and electricity use device can record the electricity use related information of the electricity use device accessed into the power distribution network in real time to provide reliable basis for electric energy supply and regulation so as to facilitate improvement of the prediction precision of the electric load and provide more accurate datafor the electric power system simulation analysis and system planning.

Description

technical field [0001] The invention relates to an intelligent power collection and power management device, belonging to the technical field of power supply systems. Background technique [0002] The traditional electric energy recording equipment is the electric meter, which can only record all the electricity consumption in a certain range (such as a family, a community) at a time, and cannot clearly and accurately reflect the use of all electric equipment in this range. [0003] Currently, there are two methods for load monitoring and load analysis: intrusive and non-invasive. The intrusive load monitoring system installs sensors to each load to monitor the operation of each load, and there is a technical problem that the hardware structure is too complicated; the non-intrusive load monitoring requires a large number of complex analysis software, through complex statistical analysis Or artificial intelligence algorithms to obtain useful information. However, the existin...

AI Technical Summary

Problems solved by technology

The intrusive load monitoring system installs sensors to each load to monitor the operation of each load, and there is a technical problem that the hardware structure is too complicated; the non-intrusive load monitoring requires a large number of complex analysis software, through complex statistical analysis Or artificial intelligence algorithms to obtain useful information, but the existing non-invasive load detection and analysis methods generally have the defects of low accuracy and large errors

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