Switching power supply based on edge calculation

Abstract

The invention provides a switching power supply based on edge calculation. The switching power supply comprises a driving module which is used for supplying power to terminal equipment, a data acquisition module which is used for acquiring the operation state parameters of the terminal equipment, an edge calculation module which is used for analyzing and processing the operation state parameters acquired by the data acquisition module, controlling the operation state of the terminal equipment based on the operation state parameters, and reporting the processed effective operation state parameters to the cloud processing center of a power supply system, and a communication module which is used for interactive communication between the edge computing module and the cloud processing center ofthe power supply system. According to the switching power supply based on edge calculation of the invention, an Internet of Things embedded communication protocol stack technology is utilized, and data are sent to an edge computing data management center for analysis and processing, so that resources and services sink to an edge position; and therefore, interaction time delay can be effectively reduced, network burden is reduced, cloud pressure is reduced, service types are enriched, service processing is optimized, and service quality and user experience are improved.

Description

technical field [0001] The invention relates to a switching power supply, in particular to a switching power supply based on edge computing. Background technique [0002] The millions of devices that make up the Internet of Things have something in common: They collect information, but they don't do anything. They send it to the cloud, and the large data center receives it, merges it, and processes the data in a unified manner, which not only takes up a lot of bandwidth, but also the cloud center needs to have super massive computing power, and returns the result after computing through the cloud center. The delay is long; if the terminal device is endowed with the computing power of the edge, the data can be effectively analyzed and sorted, and the effective data can be sent to the cloud center, which will effectively reduce the interaction delay and reduce the network burden. Therefore, under the background of the digital transformation of the entire industry, driven by t...

AI Technical Summary

Problems solved by technology

In the switching power supply, it is mainly divided into five circuit structures: single-ended forward, flyback, push-pull, full-bridge and half-bridge; however, the existing power supply is composed of a single switching power supply topology. Single, unable to meet all kinds of terminal equipment

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