Data interaction system and method of ubiquitous power Internet of Things intelligent terminal

Abstract

The invention discloses a data interaction system and method for a ubiquitous power Internet of Things intelligent terminal. The data interaction system comprises an intelligent terminal, a data center installed on the intelligent terminal and a message bus for message subscription and release between the intelligent terminal and the data center. The intelligent terminal is used for deploying a micro-application module for realizing a data mapping carrier function of an intelligent terminal node. The micro-application module is used for publishing the acquired data to a message bus and initiating a subscription demand to the message bus. The message bus is used for receiving the data and subscription requirements acquired by the micro-application module, publishing the received data to a data center and sending the data required by the subscriber to the subscriber. The data center is used for receiving the message from the message bus in real time, storing the data based on the message, and providing the required data for the subscribers. Data interaction decoupling between micro-applications of the intelligent terminal is realized, a unified data center is provided, and data full-service connection is realized.

Description

technical field [0001] The invention relates to the field of energy Internet technical equipment, in particular to a data interaction system and method for a ubiquitous power Internet of Things intelligent terminal. Background technique [0002] At present, a ubiquitous power Internet of Things with comprehensive status awareness, efficient information processing, and convenient and flexible application is being built. Connect power users and their equipment, power grid enterprises and their equipment, power generation enterprises and their equipment, suppliers and their equipment to generate shared data, use the power grid as a hub, play the role of platform and sharing, and provide value services. [0003] In the field of power distribution, most of the traditional smart terminals are designed separately to achieve a specific function, and the functions are preset and relatively fixed in advance, such as monitoring and collecting customer power consumption, monitoring the ...

AI Technical Summary

Problems solved by technology

For example, the power supply range of the distribution station area is the junction point of production and marketing. Based on business needs, both parties install distribution transformer terminals and concentrator collection terminals on the station area side respectively, which belong to the two professional station areas of marketing and power distribution. Information collection device, the data collected by the two sets of devices are transmitted to their respective main stations respectively, and professional line management is implemented, which makes it difficult to connect and integrate data

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