System for household power consumption management based on intelligent interaction device

Abstract

The invention discloses a system for household power consumption management based on an intelligent interactive device. The system for household power consumption management based on the intelligent interactive device comprises a master station layer, a communication layer and a terminal layer. The terminal layer comprises an intelligent socket, an intelligent interactive terminal, an infrared transmitting controller, more than one optical network unit, an electric energy meter and a concentrator. The communication layer comprises an outer net local side installed in a switching room, an inner net local side installed in the switching room and more than one optical splitter. According to the system for household power consumption management based on the intelligent interactive device, comprehensive visualization of user power consumption is achieved and collected power consumption data are deeply excavated and analyzed through a household power consumption management master station so that a power consumption report and a power consumption strategy can be formed. Detailed household power consumption conditions are supplied to a user each month and comprise a power consumption peak period, a load time distribution curve and the like and an optimized scientific power consumption scheme is provided for the user, so that the power consumption cost is reduced and the purposes that electric resources are reasonably used and energy is saved are achieved.

Description

technical field [0001] The invention relates to a method for managing household power consumption, in particular to a method for realizing household power consumption management based on an intelligent interactive device. [0002] Background technique [0003] The world's economic situation and energy development pattern are undergoing profound changes. Energy conservation and environmental protection, clean energy, low-carbon economy and sustainable development have become the focus of attention in the world today. It has become a consensus to advocate green energy and intelligent urban electricity consumption. In order to ensure the sustainable development of my country's energy strategy, meet the electricity demand for the rapid development of our social economy, promote energy conservation and emission reduction, develop a low-carbon economy, and improve service levels, power grid companies have proposed a strategy of building a strong smart grid, and acti...

AI Technical Summary

Problems solved by technology

The traditional electricity consumption management technology mainly collects data on the overall electricity consumption of users through electric meters, and then analyzes the daily electricity consumption of users to obtain the law of electricity consumption of users and propose a model of electricity consumption suggestions to users. Comprehensive applications such as the collection of electricity consumption of various household appliances, the control of household appliances, and access to distributed energy resources are rarely involved, so that there are not many applications for energy efficiency management on the user side, and it is impossible to truly realize intelligent management of energy efficiency and improve end-use efficiency. electrical efficiency

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