CN105333562A - Air conditioner and control method of automation running mode of air conditioner - Google Patents
Air conditioner and control method of automation running mode of air conditioner Download PDFInfo
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Abstract
The invention relates to an air conditioner and a control method of an automation running mode of the air conditioner. By detecting the indoor temperature and the outdoor temperature, the running state of the air conditioner is determined after the indoor temperature and the outdoor temperature are compared with a set temperature, the situation that the air conditioner runs in the heating state when the outdoor temperature is high and the air conditioner runs in the refrigerating state when the outdoor temperature is low can be completely avoided, and energy consumption can be reduced. Besides, when the indoor temperature is higher than the set temperature and the outdoor temperature is lower than the set temperature, the air feeding state or the refrigerating state is started according to the difference value between the indoor temperature and the set temperature; and when the indoor temperature is lower than the set temperature and the outdoor temperature is higher than the set temperature, the air feeding state or the heating state is started according to the difference value between the indoor temperature and the set temperature, and the comfort requirement of a user can be fast met.
Description
Technical field
The invention belongs to air-conditioning technical field, specifically, relate to the control method of air-conditioner and automatic operation mode thereof.
Background technology
Now, some air-conditioners, in order to reduce user operation, add automatic operation mode.Under automatic operation mode, user is without the need to arranging air conditioning operating mode and parameter, air-conditioner is according to indoor temperature, automatically carry out freezing or heating, freeze when indoor temperature is higher, when indoor temperature is lower, heat, indoor temperature mediate temperature time, carry out blowing and the rotating speed of control room inner blower, to reach the object of constant indoor temperature as far as possible.
But, the shortcoming of this kind of control method is, only utilize indoor temperature as the parameter of running state of air conditioner, likely occur that outdoor temperature is high, when indoor temperature is low, air-conditioner operates in the state of heating or outdoor temperature is low, during indoor temperature height, air-conditioner operates in the situation of refrigerating state, misleads to consumer.Time of paramount importance, this kind of control method can produce unnecessary energy consumption, is unfavorable for energy-conservation.
Summary of the invention
The object of the present invention is to provide a kind of control method of automatic operation mode of air-conditioner, when solving the automatic operation mode of existing air-conditioner, regulate running status by means of only indoor temperature, cause the technical problem producing unnecessary energy consumption, mislead to consumer.
For solving the problems of the technologies described above, the present invention is achieved by the following technical solutions:
A control method for the automatic operation mode of air-conditioner, is characterized in that, described method is:
Detect indoor temperature Tr;
Judge the relation of indoor temperature Tr and design temperature;
If indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if outdoor environment temperature Twh >=design temperature Twh1, enter refrigerating state; If outdoor environment temperature Twh < design temperature Twh1, enters ventilation state;
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, enters ventilation state;
If Ts2 < Tr < is Ts1, enter ventilation state.
In order to realize energy-conservation further and not affect the object of consumer's comfortableness, as outdoor environment temperature Twh < design temperature Twh1, if Ts1-Tr >=design temperature Ta, enters refrigerating state, if Ts1-Tr < design temperature Ta enters ventilation state;
As outdoor environment temperature Twh > design temperature Twh2, if Tr-Ts2 >=design temperature Ta, enter the state of heating, if Tr-Ts2 < design temperature Ta, enter ventilation state.
Further, as outdoor environment temperature Twh < design temperature Twh1, outdoor environment temperature Twh > design temperature Twh2, enter ventilation state and open inletting fresh air function simultaneously.
Preferably, if indoor temperature Tr >=design temperature Ts1, outdoor environment temperature Twh >=design temperature Twh1, sensing chamber external environment humidity H, if outdoor environment humidity H >=setting humidity Hs, enters except wet condition, otherwise, enter refrigerating state.
Wherein, design temperature Ts1, Ts2 are the comfort temperature value that user inputs, and each user can set according to the comfort temperature value of oneself, thus, can solve the problem that different user comfort temperature value difference is different.
Based on the design of the control method of the automatic operation mode of above-mentioned air-conditioner, the invention allows for a kind of air-conditioner, comprising:
Temperature detecting unit, for detecting indoor temperature Tr, outdoor temperature Twh, and transfers to main control unit by the temperature signal of detection;
Main control unit, for judging the relation controlling run state of the relation of outdoor temperature Tr and design temperature Ts1, Ts2, outdoor environment temperature Twh and design temperature Twh1, Twh2;
If indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if outdoor environment temperature Twh >=design temperature Twh1, enter refrigerating state; If outdoor environment temperature Twh < design temperature Twh1, enters ventilation state;
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, enters ventilation state;
If Ts2 < Tr < is Ts1, enter ventilation state.
In order to realize energy-conservation further and not affect the object of consumer's comfortableness, as outdoor environment temperature Twh < design temperature Twh1, if Ts1-Tr >=design temperature Ta, enters refrigerating state, if Ts1-Tr < design temperature Ta enters ventilation state;
As outdoor environment temperature Twh > design temperature Twh2, if Tr-Ts2 >=design temperature Ta, enter the state of heating, if Tr-Ts2 < design temperature Ta, enter ventilation state.
Further, as outdoor environment temperature Twh < design temperature Twh1, outdoor environment temperature Twh > design temperature Twh2, enter ventilation state and open inletting fresh air function simultaneously.
Preferably, air-conditioner comprises humidity detection unit, for sensing chamber's external environment humidity, and the moisture signal of detection is transferred to main control unit;
Main control unit, for when indoor temperature Tr >=design temperature Ts1, outdoor environment temperature Twh >=design temperature Twh1, outdoor environment humidity H >=setting humidity Hs, enters except wet condition; When outdoor environment humidity H < sets humidity Hs, enter refrigerating state.
Preferably, air-conditioner comprises signal receiving module, for receiving design temperature Ts1, Ts2 of user's input, and transfers to main control unit.
Compared with prior art, advantage of the present invention and good effect are: the present invention is by detecting indoor temperature and outdoor temperature, and indoor temperature and outdoor temperature and design temperature are compared the rear running status determining air-conditioning, outdoor temperature height air-conditioner can be avoided completely to operate in situation that the state of heating and the low air-conditioner of outdoor temperature operate in refrigerating state, can save energy consumption.In addition, be greater than design temperature in indoor temperature, outdoor temperature is when being less than design temperature, according to the difference of indoor temperature and design temperature, enter air-supply or refrigerating state; Be less than design temperature in indoor temperature, outdoor temperature is when being greater than design temperature, according to the difference of indoor temperature and design temperature, enter air-supply or heat state, the requirement of user's comfortableness can be met fast.
After reading the detailed description of embodiment of the present invention by reference to the accompanying drawings, the other features and advantages of the invention will become clearly.
Accompanying drawing explanation
Fig. 1 is the flow chart of the specific embodiment of the invention 1.
Fig. 2 is the theory diagram of the specific embodiment of the invention.
Fig. 3 is the flow chart of the specific embodiment of the invention 2.
Detailed description of the invention
Below in conjunction with accompanying drawing, the specific embodiment of the present invention is described in detail.
The present embodiment proposes the control method of the automatic operation mode of a kind of air-conditioner, according to the difference of indoor temperature and outdoor temperature and design temperature, determine the running status of air-conditioner, energy consumption can either be saved, users'comfort requirement can be met again, below by two instantiations, implementation of the present invention is specifically described:
Specific embodiment 1:
As shown in Figure 1, the control method of the automatic operation mode of the present embodiment air-conditioner comprises the steps:
After S1, air-conditioning are opened, receive the automatic running telecommand that remote controller sends, enter automatic operation mode.
S2, detection indoor temperature Tr.
S3, judge the relation of indoor temperature Tr and design temperature Ts1, Ts2 if indoor temperature Tr >=design temperature Ts1, to enter step S41; If Ts2 < Tr < is Ts1, enter step S5; If indoor temperature Tr≤design temperature Ts2, enters step S61.
S41, detection outdoor environment temperature Twh.
S42, judge the relation of outdoor environment temperature Twh and design temperature Twh1 if outdoor environment temperature Twh >=design temperature Twh1, to enter step S421; If outdoor environment temperature Twh < design temperature Twh1, enters step S422;
S421, sensing chamber external environment humidity H, enter step S4211.
S4211, the relation judging H and set between humidity Hs, if H >=Hs, enter step S4212, otherwise, enter step S4213.
S4212, air-conditioner enter except wet condition.
S4213, air-conditioner enter refrigerating state.
S422, air-conditioner enter ventilation state and run, and in order to reach the simultaneously energy-conservation object of comfortable effect as early as possible, preferred air-conditioner can open inletting fresh air function, the Cryogenic air of outdoor is introduced indoor, realizes indoor fast cooling.
S5, air-conditioner enter ventilation state.
S61, detection outdoor environment temperature Twh.
S62, judge the relation of outdoor environment temperature Twh and design temperature Twh2 if outdoor environment temperature Twh≤design temperature Twh2, to enter step S621; If outdoor environment temperature Twh > design temperature Twh2, enters step S622; .
S621, air-conditioner enter the state that heats and run.
S622, air-conditioner enter ventilation state and run, and in order to reach the simultaneously energy-conservation object of comfortable effect as early as possible, preferred air-conditioner can open inletting fresh air function, is introduced by the high temperature air of outdoor indoor, realizes indoor and be rapidly heated.
Wherein, design temperature Ts1, Ts2 is that user can meet the different demands of different user according to the comfort temperature value of self impression input.Twh1 > Twh2, Twh1 is that usually it is believed that should the outdoor environment temperature of running refrigerating state higher than air-conditioner during this temperature, and Twh2 it is believed that the outdoor environment temperature that should run the state of heating lower than air-conditioner during this temperature usually.When outdoor temperature is between Twh2-Twh1, human body sensory is comfortable, and above-mentioned scope is the temperature range that human body sensory is comfortable.
Based on the design of the control method of the automatic operation mode of above-mentioned air-conditioner, the present embodiment also proposed a kind of air-conditioner, comprise temperature detecting unit, humidity detection unit and main control unit, temperature detecting unit is responsible for detecting indoor temperature and outdoor temperature, humidity detection unit is responsible for detecting outside humidity, main control unit receives the indoor temperature that temperature detecting unit detects, outdoor environment temperature and outside humidity, control air-conditioner operation and heat state, ventilation state, refrigerating state and except wet condition, thus while enabling user obtain best comfort fast, realize the object of saving energy consumption.
Concrete, as shown in Figure 2, the present embodiment air-conditioner comprises:
Temperature detecting unit, for detecting indoor temperature Tr, outdoor temperature Twh, and transfers to main control unit by the temperature signal of detection.
Signal receiving module, for receiving design temperature Ts1, Ts2 of user's input, and transfers to main control unit.
Humidity detection unit, for sensing chamber external environment humidity H, and transfers to main control unit by the moisture signal of detection.
Main control unit, for judging the relation of outdoor temperature Tr and design temperature Ts1, Ts2, the relation of outdoor environment temperature Twh and design temperature Twh1, Twh2, outdoor environment humidity H and the relation of setting humidity Hs, controls the running status of air-conditioner.
Concrete, if indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if when outdoor environment temperature Twh >=design temperature Twh1, outdoor environment humidity H >=setting humidity Hs, enter except wet condition; When outdoor environment humidity H < sets humidity Hs, enter refrigerating state.If outdoor environment temperature Twh < design temperature Twh1, enters ventilation state;
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, enters ventilation state;
If Ts2 < Tr < is Ts1, enter ventilation state.
Specific embodiment 2:
As shown in Figure 3, the control method of the automatic operation mode of the present embodiment air-conditioner comprises the steps:
After S1, air-conditioning are opened, receive the automatic running telecommand that remote controller sends, enter automatic operation mode.
S2, detection indoor temperature Tr.
S3, judge the relation of indoor temperature Tr and design temperature Ts1, Ts2 if indoor temperature Tr >=design temperature Ts1, to enter step S41; If Ts2 < Tr < is Ts1, enter step S5; If indoor temperature Tr≤design temperature Ts2, enters step S61.
S41, detection outdoor environment temperature Twh.
S42, judge the relation of outdoor environment temperature Twh and design temperature Twh1 if outdoor environment temperature Twh >=design temperature Twh1, to enter step S421; If outdoor environment temperature Twh < design temperature Twh1, enters step S422;
S421, sensing chamber external environment humidity H, enter step S4211.
S4211, the relation judging H and set between humidity Hs, if H >=Hs, enter step S4212, otherwise, enter step S4213.
S4212, air-conditioner enter except wet condition.
S4213, air-conditioner enter refrigerating state.
If S422 is Ts1-Tr >=design temperature Ta, enter step S4213; Otherwise enter step S423.
S423, air-conditioner enter ventilation state and run, and in order to reach the simultaneously energy-conservation object of comfortable effect as early as possible, preferred air-conditioner can open inletting fresh air function, the Cryogenic air of outdoor is introduced indoor, realizes indoor fast cooling.
S5, air-conditioner enter ventilation state.
S61, detection outdoor environment temperature Twh.
S62, judge the relation of outdoor environment temperature Twh and design temperature Twh2 if outdoor environment temperature Twh≤design temperature Twh2, to enter step S621; If outdoor environment temperature Twh > design temperature Twh2, enters step S622; .
S621, air-conditioner enter the state that heats and run.
If S622 is Tr-Ts2 >=design temperature Ta, and enter step S621, otherwise enter step S623.
S623, air-conditioner enter ventilation state and run, and in order to reach the simultaneously energy-conservation object of comfortable effect as early as possible, preferred air-conditioner can open inletting fresh air function, is introduced by the high temperature air of outdoor indoor, realizes indoor and be rapidly heated.
Wherein, design temperature Ts1, Ts2 is that user can meet the different demands of different user according to the comfort temperature value of self impression input.Twh1 > Twh2, Twh1 is that usually it is believed that should the outdoor environment temperature of running refrigerating state higher than air-conditioner during this temperature, and Twh2 it is believed that the outdoor environment temperature that should run the state of heating lower than air-conditioner during this temperature usually.When outdoor temperature is between Twh2-Twh1, human body sensory is comfortable, and above-mentioned scope is the temperature range that human body sensory is comfortable.
Based on the design of the control method of the automatic operation mode of above-mentioned air-conditioner, the present embodiment also proposed a kind of air-conditioner, comprise temperature detecting unit, humidity detection unit and main control unit, temperature detecting unit is responsible for detecting indoor temperature and outdoor temperature, humidity detection unit is responsible for detecting outside humidity, main control unit receives the indoor temperature that temperature detecting unit detects, outdoor environment temperature and outside humidity, control air-conditioner operation and heat state, ventilation state, refrigerating state and except wet condition, thus while enabling user obtain best comfort fast, realize the object of saving energy consumption.
Concrete, as shown in Figure 2, the present embodiment air-conditioner comprises:
Temperature detecting unit, for detecting indoor temperature Tr, outdoor temperature Twh, and transfers to main control unit by the temperature signal of detection.
Signal receiving module, for receiving design temperature Ts1, Ts2 of user's input, and transfers to main control unit.
Humidity detection unit, for sensing chamber external environment humidity H, and transfers to main control unit by the moisture signal of detection.
Main control unit, for judging the relation of outdoor temperature Tr and design temperature Ts1, Ts2, the relation of outdoor environment temperature Twh and design temperature Twh1, Twh2, outdoor environment humidity H and the relation of setting humidity Hs, controls the running status of air-conditioner.
Concrete, if indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if when outdoor environment temperature Twh >=design temperature Twh1, outdoor environment humidity H >=setting humidity Hs, enter except wet condition; When outdoor environment humidity H < sets humidity Hs, enter refrigerating state.If outdoor environment temperature Twh < design temperature Twh1, if Ts1-Tr >=design temperature Ta, enters refrigerating state, if Ts1-Tr < design temperature Ta enters ventilation state.
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, if Tr-Ts2 >=design temperature Ta, enters the state of heating, if Tr-Ts2 < design temperature Ta, enter ventilation state.
If Ts2 < Tr < is Ts1, enter ventilation state.
Last it is noted that above embodiment is only in order to illustrate technical scheme of the present invention, be not intended to limit; Although with reference to previous embodiment to invention has been detailed description, those of ordinary skill in the art is to be understood that: it still can be modified to the technical scheme described in foregoing embodiments, or carries out equivalent replacement to wherein portion of techniques feature; And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of various embodiments of the present invention technical scheme.
Claims (10)
1. a control method for the automatic operation mode of air-conditioner, is characterized in that, described method is:
Detect indoor temperature Tr;
Judge the relation of indoor temperature Tr and design temperature;
If indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if outdoor environment temperature Twh >=design temperature Twh1, enter refrigerating state; If outdoor environment temperature Twh < design temperature Twh1, enters ventilation state;
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, enters ventilation state;
If Ts2 < Tr < is Ts1, enter ventilation state.
2. the control method of the automatic operation mode of air-conditioner according to claim 1, is characterized in that:
As outdoor environment temperature Twh < design temperature Twh1, if Ts1-Tr >=design temperature Ta, enter refrigerating state, if Ts1-Tr < design temperature Ta, enter ventilation state;
As outdoor environment temperature Twh > design temperature Twh2, if Tr-Ts2 >=design temperature Ta, enter the state of heating, if Tr-Ts2 < design temperature Ta, enter ventilation state.
3. the control method of the automatic operation mode of air-conditioner according to claim 1 and 2, it is characterized in that, as outdoor environment temperature Twh < design temperature Twh1, outdoor environment temperature Twh > design temperature Twh2, enter ventilation state and open inletting fresh air function simultaneously.
4. the control method of the automatic operation mode of air-conditioner according to claim 1 and 2, it is characterized in that, if indoor temperature Tr >=design temperature Ts1, outdoor environment temperature Twh >=design temperature Twh1, sensing chamber external environment humidity H, if outdoor environment humidity H >=setting humidity Hs, enter except wet condition, otherwise, enter refrigerating state.
5. the control method of the automatic operation mode of air-conditioner according to claim 1 and 2, is characterized in that, described design temperature Ts1, Ts2 are the comfort temperature value that user inputs.
6. an air-conditioner, is characterized in that, described air-conditioner comprises:
Temperature detecting unit, for detecting indoor temperature Tr, outdoor temperature Twh, and transfers to main control unit by the temperature signal of detection;
Main control unit, for judging the relation controlling run state of the relation of outdoor temperature Tr and design temperature Ts1, Ts2, outdoor environment temperature Twh and design temperature Twh1, Twh2;
If indoor temperature Tr >=design temperature Ts1, detect outdoor environment temperature Twh, if outdoor environment temperature Twh >=design temperature Twh1, enter refrigerating state; If outdoor environment temperature Twh < design temperature Twh1, enters ventilation state;
If indoor temperature Tr≤design temperature Ts2, detect outdoor environment temperature Twh, if outdoor environment temperature Twh≤design temperature Twh2, enter the state of heating; If outdoor environment temperature Twh > design temperature Twh2, enters ventilation state;
If Ts2 < Tr < is Ts1, enter ventilation state.
7. air-conditioner according to claim 6, is characterized in that,
As outdoor environment temperature Twh < design temperature Twh1, if Ts1-Tr >=design temperature Ta, enter refrigerating state, if Ts1-Tr < design temperature Ta enters ventilation state;
As outdoor environment temperature Twh > design temperature Twh2, if Tr-Ts2 >=design temperature Ta, enter the state of heating, if Tr-Ts2 < design temperature Ta, enter ventilation state.
8. the air-conditioner according to claim 6 or 7, it is characterized in that, as outdoor environment temperature Twh < design temperature Twh1, outdoor environment temperature Twh > design temperature Twh2, enter ventilation state and open inletting fresh air function simultaneously.
9. the air-conditioner according to claim 6 or 7, is characterized in that, described air-conditioner comprises humidity detection unit, for sensing chamber's external environment humidity, and the moisture signal of detection is transferred to main control unit;
Main control unit, for when indoor temperature Tr >=design temperature Ts1, outdoor environment temperature Twh >=design temperature Twh1, outdoor environment humidity H >=setting humidity Hs, enters except wet condition; When outdoor environment humidity H < sets humidity Hs, enter refrigerating state.
10. the air-conditioner according to claim 6 or 7, is characterized in that, described air-conditioner comprises signal receiving module, for receiving design temperature Ts1, Ts2 of user's input, and transfers to main control unit.
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