An intelligent control system and method for an air conditioner switch based on multi-source information
An air-conditioning switch, multi-source information technology, applied in the control input involving air characteristics, space heating and ventilation control input, heating mode and other directions, can solve the problems of easy cold, energy waste, air conditioning temperature, etc., to achieve the level of intelligence high effect
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Embodiment 1
[0035] Such as figure 1 As shown, an air-conditioning switch intelligent control system based on multi-source information, the system includes a multi-source information acquisition unit, a memory 5 and an air-conditioning switch controller 6, and the multi-source information acquisition unit includes a variety of The sensor of the information of the influencing factor of the switch state, the sensors are all connected to the memory 5, the memory 5 is connected to the air conditioner switch controller 6, and the air conditioner switch controller 6 is provided with multi-information for judging the state of the air conditioner switch Fusion judgment module;
[0036] The multi-source information collection unit collects a variety of influencing factor information that affects the state of the air-conditioning switch and stores it in the memory 5. The information is fused to determine the on / off state of the air conditioner, and then the air conditioner switch controller 6 contr...
Embodiment 2
[0084] This embodiment takes the application scenario where the ambient sound decibel is more important as an example, and sets the parameter status of each device: T1 = 30°C, the flow of people L = 100 people / h, and the sound level status A;
[0085] In the initial state, the state of each parameter collected from the surrounding environment: T2 = 32°C, the flow of people L = 120 people / h, and the sound state A;
[0086] Temperature difference: ΔT=2℃, human flow difference: ΔL=20 people / h, acoustic shell state A, at this time the air conditioner is turned on, temperature and human flow play a major role, and acoustic shell state plays a monitoring and reference role.
[0087] After time t1, the ambient temperature drops to 28°C, and ΔT is within the range;
[0088] Set the parameter status of each equipment: T1 = 30°C, flow of people L = 100 people / h, acoustic state A;
[0089] The state of each parameter collected in the surrounding environment: T2 = 28°C, the flow of peopl...
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