Internet of Things and cloud computing-based real-time interaction intelligent power utilization system and interaction method

Abstract

The invention belongs to an Internet of Things and cloud computing-based real-time interaction intelligent power utilization system and an interaction method in the field of automatic power utilization systems, and particularly relates to an Internet of Things and cloud computing-based interaction intelligent power utilization system. An intelligent terminal and an intelligent electric meter of the Internet of Things and cloud computing-based interaction intelligent power utilization system are connected through respective RS485 interfaces, and are in wired communication by using a half-duplex mode; the intelligent terminal is in wired communication with N intelligent sockets through respective ZigBee modules in a half-duplex manner, the intelligent terminal is a full-functional type ZigBee main coordinator, and the intelligent sockets are simple ZigBee terminal nodes. By combining features of an intelligent power grid and using the Internet of Things and a cloud computing technology, the Internet of Things and cloud computing-based real-time interaction intelligent power utilization system realizes real-time visualization, interactive diversification, linkage intelligence and scientification of decision-making of power utilization information. By adopting a one-key OK operation mode, the flexibility and the usability are improved.

Description

technical field [0001] The invention belongs to the scope of automatic power consumption system, a real-time interactive intelligent power consumption system and an interaction method based on Internet of Things and cloud computing technology. Specifically, the interactive intelligent power consumption system is an interactive intelligent power consumption system based on the Internet of Things and cloud computing technology. Specifically combined with the characteristics of the smart grid, and using the Internet of Things and cloud computing technology, real-time visualization of power consumption information is realized; the "one-key OK" operation mode is adopted to improve flexibility and ease of use. technical background [0002] In the 21st century, energy saving, carbon reduction and energy efficiency improvement have become the consensus of the whole world. Under this background, smart grid has become the common choice of the global power industry to cope with future ...

AI Technical Summary

Problems solved by technology

Failure to analyze and process massive data and information, combined with expert analysis and user habits to provide online intelligent decision-making and reliable control

And it cannot take into account the real-time and reliability of transaction processing, and the scalability and flexibility of the home system are not strong

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