Architectural indoor environment monitoring, feedback and control system and method based on group satisfaction degree customization and energy conservation

Abstract

The invention relates to an architectural indoor environment monitoring, feedback and control system and method based on group satisfaction degree customization and energy conservation. According to the main objective and core of the system and method, architectural indoor environment quality customization is achieved based on environment requirements fed back by user groups in real time, and meanwhile energy conservation is achieved. The system comprises an indoor environment monitoring system, a locating and indoor environment satisfaction degree feedback system based on the mobile internet, an indoor environment control system and a server. The indoor environment monitoring system can monitor and feedback various indoor environment parameters in real time. The locating and indoor environment satisfaction degree feedback system based on the mobile internet can precisely locate indoor personnel, indoor environment satisfaction degree voting is carried out through mobile APPs, the real real-time environment feeling of the masses and objective environment monitoring data are fed back to users and voters in time, and therefore indoor environment is optimized and adjusted in time, and the feeling and satisfaction degree of the user to the indoor environment are improved.

Description

technical field [0001] The invention relates to a system and method for monitoring, feedback and control of building environment quality, in particular to a system and method for monitoring, feedback and control of building indoor environment quality based on group satisfaction customization and energy saving. Background technique [0002] Nowadays, people pay more and more attention to indoor environmental quality, especially in public buildings with large scale and traffic flow (such as terminals, railway stations, office buildings, hotels, shopping malls, etc.), indoor environmental quality is particularly important . For these buildings, there have been individual cases where the indoor environment monitoring system is used to collect the indoor environment parameters in real time and make artificial adjustments according to the monitoring results. In such a way, only the objective monitoring data is collected and used for adjustment, while ignoring people’s subjective ...

AI Technical Summary

Problems solved by technology

In such a way, only the objective monitoring data is collected and used for adjustment, while ignoring people's subjective feelings, which is relatively one-sided; moreover, artificial adjustment is a complicated and troublesome process. In practice, It is often possible that due to omissions or improper adjustments, the expected results cannot be achieved

However, in most buildings without indoor environment monitoring systems, users do not even know about the quality of the indoor environment. It is laborious and laborious to fail to provide a satisfactory indoor environment while consuming a lot of energy for operation. Unflattering

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