Method and device for processing monitoring video data of charging and swapping stations

Abstract

The invention relates to a method and device for processing monitoring video data of a charging and swapping station. The method includes: collecting equipment data and monitoring point data; performing preprocessing on the equipment data and monitoring point data respectively to obtain equipment preprocessing data and monitoring data. point preprocessing data; encoding and packaging the device preprocessing data and monitoring point preprocessing data to form a data transmission stream. The present invention correlates real-time data and related alarm data of batteries and other equipment while the video monitoring system collects site audio and video data, and has good real-time performance, provides richer real-time information at the video monitoring terminal, and improves the operation and maintenance efficiency of the charging and swapping station.

Description

technical field [0001] The invention relates to the technical field of electric vehicle charging and swapping stations, in particular to a method and device for processing monitoring video data of a charging and swapping station. Background technique [0002] With the continuous popularization of electric vehicles and the advancement of comprehensive power-on (charging and swapping) systems, the real-time monitoring, risk control and fault handling efficiency of charging and swapping stations will become more and more important. At present, most charging and swapping stations have introduced a video monitoring system, and operation and maintenance personnel can obtain on-site conditions in real time on the video monitoring terminal. However, existing video surveillance systems usually store data in the cloud. In order to improve network bandwidth utilization, data changes are uploaded or within a certain threshold range. When the network is unstable, the monitoring data will...

AI Technical Summary

Problems solved by technology

However, existing video surveillance systems usually store data in the cloud. In order to improve network bandwidth utilization, data changes are uploaded or within a certain threshold range. When the network is unstable, the monitoring data will be incomplete and easy to monitor. loss, poor data integrity

In addition, the existing video monitoring system does not display equipment data and alarm information in real time, but only provides on-site audio and video data, and the operation and maintenance personnel cannot obtain the required detailed information in real time based on the monitoring video, such as the voltage of the battery in the charging state, Current, temperature, and alarms, etc., when you need to obtain the above information, you need to check the surveillance video and open other applications for comparison, which is very inconvenient, resulting in low operation and maintenance efficiency

Images