Control method of air conditioner
A control method and technology for air conditioners, which are applied in air conditioning systems, heating and ventilation control systems, heating methods, etc., can solve problems such as excessive power and reduced operational reliability of air conditioners, and achieve the effect of ensuring operational reliability.
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Embodiment 1
[0080] Such as figure 2 As shown, when the air conditioner is running, the current power P of the whole air conditioner is detected, and it is judged whether P is less than the preset power Pmax (the maximum output power value of the whole machine). If it is satisfied, multiple humidifying units 11 will continue to work at the current working gear; if not satisfied, the working gears of all the humidifying units 11 currently in working state will be lowered by one gear at the same time, and after adjustment, the current working gear of the air conditioner will be checked again. Power P, judge whether P is less than the maximum output power Pmax of the whole machine, if not, continue to lower the working gear of the humidifying unit 11 until the condition is met.
Embodiment 2
[0082] Such as image 3 As shown, when the air conditioner is running, the current power P of the whole air conditioner is detected, and it is judged whether P is less than the preset power Pmax (the maximum output power value of the whole machine). If it is satisfied, multiple humidifying units 11 will continue to work at the current working gear; if not satisfied, according to the order of the opening time, the power of the humidifying units 11 currently in the working state will be reduced sequentially, that is, the power of the humidifying unit 11 that is turned on first will be lowered first. Working gear, and then check whether the current power P of the air conditioner is less than the maximum output power value Pmax of the whole machine, if not, then lower the working gear of the second humidifying unit 11 opened first until the condition is met.
Embodiment 3
[0084] Such as Figure 4 As shown, when the humidifier 1 receives a signal and needs to add a humidifying unit 11, it detects the current power P of the current air conditioner, the input power of the humidifying unit 11 to be added is P0, and judges whether P+P0 is less than the whole Machine maximum output power value Pmax. If it is satisfied, the humidifying unit 11 that needs to be turned on is turned on; if it is not satisfied, the humidifying unit 11 that needs to be turned on remains closed. After the T time, judge again whether P+P0 is less than the maximum output power value Pmax of the whole machine. If it is not satisfied, wait for T time to retest and judge until the condition is met, and the additional humidifying unit 11 needs to be turned on.
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