Electric power production waste gas emission detection system based on 5G communication

Abstract

The invention discloses an electric power production waste gas emission detection system based on 5G communication. The system comprises a power plant gas detection pedestal, a power plant waste gas conversion structure, a waste gas conversion installation structure, a waste gas sealing structure, a wireless charging assembly, and a power plant waste gas detection wireless communication structure; the power plant waste gas detection wireless communication structure comprises a waste gas detector and a waste gas detection data 5G wireless communication module, wherein the waste gas detection data 5G wireless communication module is electrically connected with the waste gas detector; and the waste gas detection data 5G wireless communication module is suitable for performing wireless signal interaction with a power plant waste gas emission data real-time display screen so as to transmit data detected by the waste gas detector to the power plant waste gas emission data real-time display screen. Through cooperation of the waste gas detector, the waste gas detection data 5G wireless communication module and the power plant waste gas emission data real-time display screen, power plant waste gas emission data real-time display and remote real-time monitoring are achieved, data acquisition is timely and accurate, and it is ensured that a data analysis result is accurate.

Description

technical field [0001] The invention belongs to the technical field of wireless charging, in particular to a 5G communication-based power production waste gas emission detection system. Background technique [0002] Electric power generation, especially thermal power plants, generates a large amount of waste gas, such as sulfur dioxide, carbon monoxide, and carbon dioxide, in the process of solid waste combustion for power generation. Therefore, it is very important to monitor whether the treated gas meets the emission standard. The carbon dioxide in the exhaust gas is the main culprit of the global warming of the greenhouse effect. The main means to control the global greenhouse effect is to control the emission of carbon dioxide. It is necessary to monitor the carbon dioxide emission of enterprises through online real-time monitoring. [0003] The amount of carbon dioxide emission monitoring data is huge, and the data collection needs to be timely, accurate, and intuitive...

AI Technical Summary

Problems solved by technology

In the prior art, for the carbon dioxide detection equipment, there is always the on-site monitoring and detection data of the operator. When the operator leaves the monitoring station, the real-time and intuitive understanding of the detection data cannot be performed. The cost is high, and these need to be further improved

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