Indoor environment intellectualization dynamic control system and method thereof

Abstract

The invention provides an indoor environment intellectualization dynamic control system and method thereof. The indoor environment intellectualization dynamic control system comprises a control subsystem, a data collection subsystem, a weather subsystem, an adjusting subsystem and a human-computer interaction interface, wherein the data collection subsystem, the weather subsystem, the adjusting subsystem and the human-computer interaction interface are correspondingly in communication connection with the control subsystem. According to the technical scheme, the indoor environment intellectualization dynamic control system is simple and convenient to implement, has the good control effect, and has the significant energy saving effect. Micro climate data are collected by the weather subsystem and are compared with indoor parameters collected by the data collection subsystem. The control subsystem obtains various comfort parameters of the environment through analysis, the adjusting subsystem adjusts the parameters of indoor temperature, humidity, ventilation and the like, and provides the most comfortable environment for indoor residents; real-time control and adjustment can be achieved, the comfort degree is guaranteed, and unnecessary energy consumption is avoided; each household and each room are adjusted separately, space is small, and adjusting efficiency is high.

Description

technical field [0001] The invention relates to an indoor environment control system, in particular to an indoor environment intelligent dynamic control system and a control method thereof. Background technique [0002] With the rapid development of urbanization, buildings have been upgraded from the basic functions of guaranteeing living to high-quality life, and the function of buildings is an important factor reflecting the quality of living, and the control of indoor environmental parameters has become more and more It tends to be intelligent and personalized. [0003] There are generally two forms of current indoor environmental control. One is a household-style independent air-conditioning and fresh air system of "multi-connection + fresh air blower"; the other is a centralized air-conditioning fresh air system of the "radiation end + centralized fresh air" type based on the concept of "constant temperature, constant humidity, and constant oxygen". The two systems ge...

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Problems solved by technology

The two systems generally have problems such as high energy consumption, low efficiency, poor comfort, and difficult operation and management, and cannot perform real-time dynamic adjustments in accordance with changes in outdoor meteorological parameters and the status needs of different indoor personnel, and cannot satisfy users' requirements for indoor environments. Personalized needs: The central air-conditioning system at the radiation end has poor adjustability, slow system feedback, and a gap with the human body’s thermal perception, resulting in poor comfort; living at a temperature of “constant temperature, constant humidity, and constant oxygen” for a long time will cause The heat resistance of the human body is poor, and it will be accompanied by various discomforts in the nervous system, digestive system, respiratory system, skin and mucous membranes; the traditional "multi-connection + fresh air" household independent system, temperature adjustment, humidity adjustment and ventilation adjustment It is difficult to adapt among the three, it is difficult to set to the optimal state point, and it is difficult to obtain a sense of comfort

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