The invention relates to the technical field of air conditioner monitoring, in particular to a subway ventilation air conditioner monitoring system. The method comprises the following modules: a working state identification module S1, which is used for carrying out multi-parameter real-time monitoring on a target subway ventilation air conditioner to obtain an air conditioner operation parameter set; recognizing the working state of the target subway ventilation air conditioner according to the air conditioner operation parameter set to obtain real-time working state data of the air conditioner; the passenger flow monitoring module S2 is used for carrying out panoramic shooting on the target subway carriage to obtain a real-time panoramic image of the carriage; passenger density distribution calculation is conducted on a target subway carriage according to the real-time panoramic image of the carriage, carriage passenger density distribution data are obtained, and the target subway carriage is the subway carriage where the target subway ventilation air conditioner is located. The problems that a traditional ventilation air conditioner monitoring system is poor in flexibility, slow in response, single in parameter regulation and control and waste in energy are effectively solved, and the comfort level of subway passengers is remarkably improved.
本发明涉及空调监控技术领域,尤其涉及一种地铁通风空调监控系统。所述方法包括以下模块:工作状态识别模块S1,用于对目标地铁通风空调进行多参数实时监测,得到空调运行参数集;根据空调运行参数集对目标地铁通风空调进行工作状态识别,得到空调实时工作状态数据;客流监测模块S2,用于对目标地铁车厢进行全景摄像,得到车厢实时全景图像;根据车厢实时全景图像对目标地铁车厢进行乘客密度分布计算,得到车厢乘客密度分布数据,其中,目标地铁车厢为所述目标地铁通风空调所在的地铁车厢。本发明有效解决了传统通风空调监控系统存在的灵活性差、响应慢、单一参数调控、能源浪费的问题,显著提升了地铁乘客的舒适度。
Subway ventilation air conditioner monitoring system
一种地铁通风空调监控系统
2025-04-18
Patent
Electronic Resource
Chinese
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