CN105546726B - The control method of air conditioner auxiliary electrical heater - Google Patents

The control method of air conditioner auxiliary electrical heater Download PDF

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Publication number
CN105546726B
CN105546726B CN201510955982.4A CN201510955982A CN105546726B CN 105546726 B CN105546726 B CN 105546726B CN 201510955982 A CN201510955982 A CN 201510955982A CN 105546726 B CN105546726 B CN 105546726B
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electric heating
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tirr
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CN105546726A (en
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石建华
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Aux Air Conditioning Co Ltd
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Aux Air Conditioning Co Ltd
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    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/50—Control or safety arrangements characterised by user interfaces or communication
    • F24F11/56—Remote control
    • F24F11/59—Remote control for presetting
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2221/00—Details or features not otherwise provided for
    • F24F2221/34—Heater, e.g. gas burner, electric air heater

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • General Engineering & Computer Science (AREA)
  • Physics & Mathematics (AREA)
  • Fuzzy Systems (AREA)
  • Mathematical Physics (AREA)
  • Signal Processing (AREA)
  • Air Conditioning Control Device (AREA)
  • Air-Conditioning For Vehicles (AREA)
  • Control Of Resistance Heating (AREA)

Abstract

The invention discloses a kind of control methods of air conditioner auxiliary electrical heater, include the following steps：(1), air-conditioning is switched on；(2), detect that indoor environment temperature value is Ti1, indoor coil pipe value is Tp1, temperature difference Ts1, outdoor environment temperature value are To1, and timing；(3), timing is arrived, and detection current value is Ti2, Tp2, Ts2, To2；If Ti1≤Ti2, Tp1≤Tp2, Ts1 >=Ts2, To1≤To2 are thened follow the steps (4)；Conversely, thening follow the steps (5)；(4), according to corresponding situation, N number of electric heating part is separately turned on to N-N electric heating part of unlatching and return to step (2)；Otherwise return to step (2)；(5), according to other corresponding state, 1 electric heating part is separately turned on to opening N number of electric heating part and return to step (2)；Otherwise return to step (2).The control method can adjust the operating mode problem of auxiliary electrical heater according to factors such as environment.

Description

The control method of air conditioner auxiliary electrical heater
Technical field
The present invention relates to air-conditioning technical fields, are especially a kind of control method of air conditioner auxiliary electrical heater.
Background technology
The auxiliary electrical heater that prior art air-conditioning uses is to be mounted with one or more electric heating part, by opening or closing Switch adjusts the working condition of one or more electric heating part, otherwise that is, by one or more electric heating part it is fully open plus Heat or by one or more electric heating part Close All.This kind of control method has the following disadvantages：Due to the ring of different geographical Border temperature is different, it is different crowd can bearing temperature is different and the influence of the multiple factors such as different season, therefore this kind is controlled Method processed not only results in the waste of electric energy, and can bring discomfort to user.Therefore, for these reasons, it would be highly desirable to need Want a kind of control method of air conditioner auxiliary electrical heater, the control method that can adjust auxiliary electrical heater according to factors such as environment Operating mode problem, to solve the above problems.
Invention content
The technical problem to be solved by the present invention is to provide a kind of control method of air conditioner auxiliary electrical heater, the controlling party Method can adjust the operating mode problem of auxiliary electrical heater according to factors such as environment.
The technical scheme is that providing a kind of control method of air conditioner auxiliary electrical heater, setting electric heating part is N It is a；
It is variate-value that indoor environment temperature value Ti, which is arranged,；Be arranged multiple temperature value Tir1, Tir2, Tir3 ... TirN, Tirr is fixed value；Make Tir1<Tir2<Tir3……<TirN；Tir1+Tirr<Tir2, Tir2+Tirr<Tir3 ... ... Tir (N-1)+Tirr<TirN；Tirr>0；
It is variate-value that indoor coil pipe value Tp, which is arranged,；Be arranged multiple temperature value Tpr1, Tpr2, Tpr3 ... TprN, Tprr is fixed value；Make Tpr1<Tpr2<Tpr3……<TprN；Tpr1+Tprr<Tpr2, Tpr2+Tprr<Tpr3 ... ... Tpr (N-1)+Tprr<TprN；Tprr>0；
The difference that indoor environment temperature and set temperature is arranged is the variate-value of Ts；Be arranged multiple temperature value Tsr1, Tsr2, Tsr3 ... TsrN, Tsrr are fixed value；Make Tsr1<Tsr2<Tsr3……<TsrN；Tsr1+Tsrr<Tsr2, Tsr2+Tsrr <Tsr3 ... ... Tsr (N-1)+Tsrr<TsrN；Tsrr>0；
It is variate-value that outdoor environment temperature value To, which is arranged,；Be arranged multiple temperature value Tor1, Tor2, Tor3 ... TorN, Torr is fixed value；Make Tor1<Tor2<Tor3……<TorN；Tor1+Torr<Tor2, Tor2+Torr<Tor3 ... ... Tor (N-1)+Torr<TorN；Torr>0；
Include the following steps：
(1), air-conditioning is switched on；
(2), detect that indoor environment temperature value is Ti1, indoor coil pipe value is Tp1, temperature difference Ts1, outdoor ring Border temperature value be To1, and the opening time section t timing；
(3), time period t timing is arrived, and detection current indoor ambient temperature value is Ti2, current indoor coil temperature value is Tp2, current temperature difference are Ts2, current outdoor ambient temperature value is To2；If Ti1≤Ti2, Tp1≤Tp2, Ts1 >=Ts2, To1≤To2 is thened follow the steps (4)；Conversely, thening follow the steps (5)；
(4) if, Ti≤Tir1, Tp≤Tpr1, To≤Tor1, TsrN<Ts conditions are full up foot, opens N number of electric heating part simultaneously Return to step (2)；Otherwise return to step (2)；
If Tir1≤Ti<Tir2,Tpr1≤Tp<Tpr2,Tor1≤To<Tor2,Tsr(N-1)≤Ts<TsrN conditions are full up Foot then opens N-1 electric heating part and return to step (2)；Otherwise return to step (2)；
If Tir2≤Ti<Tir3,Tpr2≤Tp<Tpr3,Tor2≤To<Tor3,Tsr(N-2)≤Ts<Tsr (N-1) condition Full up foot then opens N-2 electric heating part and return to step (2)；Otherwise return to step (2)；
……
If Ti>TirN,Tp>TprN,To>TorN, Ts≤Tsr1 conditions are full up foot, then open N-N electric heating part and return Return step (2)；Otherwise return to step (2)；
(5) if, Tir (N-1)-Tirr<Ti≤TirN-Tirr,Tpr(N-1)-Tprr<Tp≤TprN-Tprr,Tor(N- 1)-Torr<To≤TorN-Torr,Tsr2-Tsrr<Ts≤Tsr1-Tsrr conditions are full up foot is then opened 1 electric heating part and is returned Return step (2)；Otherwise return to step (2)；
Tir if (N-2)-Tirr<Ti≤Tir(N-1)-Tirr,Tpr(N-2)-Tprr<Tp≤Tpr(N-1)-Tprr,Tor (N-2)-Torr<To≤Tor(N-1)-Torr,Tsr3-Tsrr<Ts≤Tsr2-Tsrr conditions are full up foot is then opened 2 electricity and is added Warmware and return to step (2)；Otherwise return to step (2)；
……
If Ti≤Tir1-Tirr, Tp≤Tpr1-Tprr, To≤Tor1-Torr, Ts>TsrN-Tsrr conditions are full up foot, is opened Open N number of electric heating part and return to step (2)；Otherwise return to step (2).
The time t is 10-30 minutes.
The N is 3.
Indoor environment lowest threshold is set as T11, outdoor environment lowest threshold is T12；
It is further comprising the steps of between step (2) and step (3)：If Ti<T11, To<T12 then opens N number of electric heating part And duration t1；It is no to then follow the steps (3).
The t1 is 10-15 minutes.
After above method, compared with prior art, the present invention haing the following advantages：
The control method of air conditioner auxiliary electrical heater of the present invention detects indoor environment temperature value as Ti1, room by judging Inner coil pipe temperature value is Tp1, temperature difference Ts1, outdoor environment temperature value are To1, and by above-mentioned data judged with Execute corresponding electric heating part quantity.In this way, controlling temperature by increasing and decreasing electric heating part quantity, adapt to differently The environment temperature in domain is different, it is different crowd can bearing temperature is different and the influence of the multiple factors such as different season, and should Kind control method will not only cause the waste of electric energy, but also can be brought to user comfortably.
Specific implementation mode
The present invention is further explained in the light of specific embodiments.
A kind of control method of air conditioner auxiliary electrical heater of the present invention, setting electric heating part are N number of；
It is variate-value that indoor environment temperature value Ti, which is arranged,；Be arranged multiple temperature value Tir1, Tir2, Tir3 ... TirN, Tirr is fixed value；Make Tir1<Tir2<Tir3……<TirN；Tir1+Tirr<Tir2, Tir2+Tirr<Tir3 ... ... Tir (N-1)+Tirr<TirN；Tirr>0；
It is variate-value that indoor coil pipe value Tp, which is arranged,；Be arranged multiple temperature value Tpr1, Tpr2, Tpr3 ... TprN, Tprr is fixed value；Make Tpr1<Tpr2<Tpr3……<TprN；Tpr1+Tprr<Tpr2, Tpr2+Tprr<Tpr3 ... ... Tpr (N-1)+Tprr<TprN；Tprr>0；
The difference that indoor environment temperature and set temperature is arranged is the variate-value of Ts；Be arranged multiple temperature value Tsr1, Tsr2, Tsr3 ... TsrN, Tsrr are fixed value；Make Tsr1<Tsr2<Tsr3……<TsrN；Tsr1+Tsrr<Tsr2, Tsr2+Tsrr <Tsr3 ... ... Tsr (N-1)+Tsrr<TsrN；Tsrr>0；
It is variate-value that outdoor environment temperature value To, which is arranged,；Be arranged multiple temperature value Tor1, Tor2, Tor3 ... TorN, Torr is fixed value；Make Tor1<Tor2<Tor3……<TorN；Tor1+Torr<Tor2, Tor2+Torr<Tor3 ... ... Tor (N-1)+Torr<TorN；Torr>0；
Include the following steps：
(1), air-conditioning is switched on；
(2), detect that indoor environment temperature value is Ti1, indoor coil pipe value is Tp1, temperature difference Ts1, outdoor ring Border temperature value be To1, and the opening time section t timing；
(3), time period t timing is arrived, and detection current indoor ambient temperature value is Ti2, current indoor coil temperature value is Tp2, current temperature difference are Ts2, current outdoor ambient temperature value is To2；If Ti1≤Ti2, Tp1≤Tp2, Ts1 >=Ts2, To1≤To2 is thened follow the steps (4)；Conversely, thening follow the steps (5)；
(4) if, Ti≤Tir1, Tp≤Tpr1, To≤Tor1, TsrN<Ts conditions are full up foot, opens N number of electric heating part simultaneously Return to step (2)；Otherwise return to step (2)；
If Tir1≤Ti<Tir2,Tpr1≤Tp<Tpr2,Tor1≤To<Tor2,Tsr(N-1)≤Ts<TsrN conditions are full up Foot then opens N-1 electric heating part and return to step (2)；Otherwise return to step (2)；
If Tir3≤Ti<Tir2,Tpr3≤Tp<Tpr2,Tor3≤To<Tor2,Tsr(N-2)≤Ts<Tsr (N-1) condition Full up foot then opens N-2 electric heating part and return to step (2)；Otherwise return to step (2)；
……
If Ti>TirN,Tp>TprN,To>TorN, Ts≤Tsr1 conditions are full up foot, then open N-N electric heating part and return Return step (2)；Otherwise return to step (2)；
(5) if, Tir (N-1)-Tirr<Ti≤TirN-Tirr,Tpr(N-1)-Tprr<Tp≤TprN-Tprr,Tor(N- 1)-Torr<To≤TorN-Torr,Tsr2-Tsrr<Ts≤Tsr1-Tsrr conditions are full up foot is then opened 1 electric heating part and is returned Return step (2)；Otherwise return to step (2)；
Tir if (N-2)-Tirr<Ti≤Tir(N-1)-Tirr,Tpr(N-2)-Tprr<Tp≤Tpr(N-1)-Tprr,Tor (N-2)-Torr<To≤Tor(N-1)-Torr,Tsr3-Tsrr<Ts≤Tsr2-Tsrr conditions are full up foot is then opened 2 electricity and is added Warmware and return to step (2)；Otherwise return to step (2)；
……
If Ti≤Tir1-Tirr, Tp≤Tpr1-Tprr, To≤Tor1-Torr, Ts>TsrN-Tsrr conditions are full up foot, is opened Open N number of electric heating part and return to step (2)；Otherwise return to step (2).
The time t is 10-30 minutes.
The N is 3.
Indoor environment lowest threshold is set as T11, outdoor environment lowest threshold is T12；
It is further comprising the steps of between step (2) and step (3)：If Ti<T11, To<T12 then opens N number of electric heating part And duration t1；It is no to then follow the steps (3).
The t1 is 10-15 minutes.
In the present embodiment, the N is 3, and setting indoor environment temperature value Ti is variate-value；Multiple temperature values are set Tir1, Tir2, Tir3 are fixed value；Make Tir1<Tir2<Tir3；Tir1+Tirr<Tir2, Tir2+Tirr<Tir3；Tirr>0；
It is variate-value that indoor coil pipe value Tp, which is arranged,；It is to fix that multiple temperature value Tpr1, Tpr2, Tpr3, Tprr, which are arranged, Value；Make Tpr1<Tpr2<Tpr3；Tpr1+Tprr<Tpr2, Tpr2+Tprr<Tpr3；Tprr>0；
The difference that indoor environment temperature and set temperature is arranged is the variate-value of Ts；Be arranged multiple temperature value Tsr1, Tsr2, Tsr3, Tsrr are fixed value；Make Tsr1<Tsr2<Tsr3；Tsr1+Tsrr<Tsr2, Tsr2+Tsrr<Tsr3；Tsrr>0；
It is variate-value that outdoor environment temperature value To, which is arranged,；It is fixed value that multiple temperature value Tor1, Tor2, Tor3, which are arranged,；Make Tor1<Tor2<Tor3；Tor1+Torr<Tor2, Tor2+Torr<Tor3；Torr>0；
Include the following steps：
(1), air-conditioning is switched on；
(2), detect that indoor environment temperature value is Ti1, indoor coil pipe value is Tp1, temperature difference Ts1, outdoor ring Border temperature value be To1, and the opening time section t timing；
(3), time period t timing is arrived, and detection current indoor ambient temperature value is Ti2, current indoor coil temperature value is Tp2, current temperature difference are Ts2, current outdoor ambient temperature value is To2；If Ti1≤Ti2, Tp1≤Tp2, Ts1 >=Ts2, To1≤To2 is thened follow the steps (4)；Conversely, thening follow the steps (5)；
(4) if, Ti≤Tir1, Tp≤Tpr1, To≤Tor1, Tsr3<Ts conditions are full up foot opens 3 electric heating parts simultaneously Return to step (2)；Otherwise return to step (2)；
If Tir1≤Ti<Tir2,Tpr1≤Tp<Tpr2,Tor1≤To<Tor2,Tsr2≤Ts<Tsr3 conditions are full up foot, Then open 2 electric heating parts and return to step (2)；Otherwise return to step (2)；
If Tir2≤Ti<Tir3,Tpr2≤Tp<Tpr3,Tor2≤To<Tor3,Tsr1≤Ts<Tsr2 conditions are full up foot, Then open 1 electric heating part and return to step (2)；Otherwise return to step (2)；
If Ti>Tir3,Tp>Tpr3,To>Tor3, Ts≤Tsr1 conditions are full up foot are then opened 0 electric heating part and are returned Step (2)；Otherwise return to step (2)；
(5) if, Tir2-Tirr<Ti≤Tir3-Tirr,Tpr2-Tprr<Tp≤Tpr3-Tprr,Tor2-Torr<To≤ Tor3-Torr,Tsr2-Tsrr<Ts≤Tsr1-Tsrr conditions are full up foot then opens 1 electric heating part and return to step (2)；It is no Then return to step (2)；
If Tir1-Tirr<Ti≤Tir2-Tirr,Tpr1-Tprr<Tp≤Tpr2-Tprr,Tor1-Torr<To≤Tor2- Torr,Tsr3-Tsrr<Ts≤Tsr2-Tsrr conditions are full up foot then opens 2 electric heating parts and return to step (2)；Otherwise it returns Return step (2)；
If Ti≤Tir1-Tirr, Tp≤Tpr1-Tprr, To≤Tor1-Torr, Ts>Tsr3-Tsrr conditions are full up foot, is opened Open 3 electric heating parts and return to step (2)；Otherwise return to step (2).
Only highly preferred embodiment of the present invention is described above, but is not to be construed as limiting the scope of the invention.This Invention is not limited only to above example, and concrete structure is allowed to vary.In every case in the protection model of independent claims of the present invention Various change is within the scope of the invention made by enclosing.

Claims (5)

1. a kind of control method of air conditioner auxiliary electrical heater, it is characterised in that：It is N number of that electric heating part, which is arranged,；
It is variate-value that indoor environment temperature value Ti, which is arranged,；Be arranged multiple temperature value Tir1, Tir2, Tir3 ... TirN, Tirr are Fixed value；Make Tir1<Tir2<Tir3……<TirN；Tir1+Tirr<Tir2, Tir2+Tirr<Tir3 ... ... Tir (N-1)+ Tirr<TirN；Tirr>0；
It is variate-value that indoor coil pipe value Tp, which is arranged,；Be arranged multiple temperature value Tpr1, Tpr2, Tpr3 ... TprN, Tprr are Fixed value；Make Tpr1<Tpr2<Tpr3……<TprN；Tpr1+Tprr<Tpr2, Tpr2+Tprr<Tpr3 ... ... Tpr (N-1)+ Tprr<TprN；Tprr>0；
The difference that indoor environment temperature and set temperature is arranged is the variate-value of Ts；Be arranged multiple temperature value Tsr1, Tsr2, Tsr3 ... TsrN, Tsrr are fixed value；Make Tsr1<Tsr2<Tsr3……<TsrN；Tsr1+Tsrr<Tsr2,Tsr2+Tsrr <Tsr3,……Tsr(N-1)+Tsrr<TsrN；Tsrr>0；
It is variate-value that outdoor environment temperature value To, which is arranged,；Be arranged multiple temperature value Tor1, Tor2, Tor3 ... TorN, Torr are Fixed value；Make Tor1<Tor2<Tor3……<TorN；Tor1+Torr<Tor2, Tor2+Torr<Tor3 ... ... Tor (N-1)+ Torr<TorN；Torr>0；
Include the following steps：
(1), air-conditioning is switched on；
(2), detect that indoor environment temperature value is Ti1, indoor coil pipe value is Tp1, temperature difference Ts1, outdoor environment temperature Angle value is To1, and the timing of opening time section t；
(3), time period t timing is arrived, detection current indoor ambient temperature value be Ti2, current indoor coil temperature value be Tp2, when Preceding temperature difference is Ts2, current outdoor ambient temperature value is To2；If Ti1≤Ti2, Tp1≤Tp2, Ts1 >=Ts2, To1≤ To2 is thened follow the steps (4)；Conversely, thening follow the steps (5)；
(4) if, Ti≤Tir1, Tp≤Tpr1, To≤Tor1, TsrN<Ts conditions are full up foot, opens N number of electric heating part and returns Step (2)；Otherwise step (2) is returned to；
If Tir1≤Ti<Tir2,Tpr1≤Tp<Tpr2,Tor1≤To<Tor2,Tsr(N-1)≤Ts<TsrN conditions are full up foot, Then open N-1 electric heating part and return to step (2)；Otherwise step (2) is returned to；
If Tir2≤Ti<Tir3,Tpr2≤Tp<Tpr3,Tor2≤To<Tor3,Tsr(N-2)≤Ts<Tsr (N-1) condition is full up Foot then opens N-2 electric heating part and return to step (2)；Otherwise step (2) is returned to；
……
If Ti>TirN,Tp>TprN,To>TorN, Ts≤Tsr1 conditions are full up foot, then open N-N electric heating part and return to step Suddenly (2)；Otherwise step (2) is returned to；
(5) if, Tir (N-1)-Tirr<Ti≤TirN-Tirr,Tpr(N-1)-Tprr<Tp≤TprN-Tprr,Tor(N-1)- Torr<To≤TorN-Torr,Tsr2-Tsrr<Ts≤Tsr1-Tsrr conditions are full up foot is then opened 1 electric heating part and is returned Step (2)；Otherwise step (2) is returned to；
Tir if (N-2)-Tirr<Ti≤Tir(N-1)-Tirr,Tpr(N-2)-Tprr<Tp≤Tpr(N-1)-Tprr,Tor(N- 2)-Torr<To≤Tor(N-1)-Torr,Tsr3-Tsrr<Ts≤Tsr2-Tsrr conditions are full up foot then opens 2 electric heating parts And return to step (2)；Otherwise step (2) is returned to；
……
If Ti≤Tir1-Tirr, Tp≤Tpr1-Tprr, To≤Tor1-Torr, Ts>TsrN-Tsrr conditions are full up foot opens N A electric heating part and return to step (2)；Otherwise step (2) is returned to.
2. the control method of air conditioner auxiliary electrical heater according to claim 1, it is characterised in that：The time t is 10- 30 minutes.
3. the control method of air conditioner auxiliary electrical heater according to claim 1, it is characterised in that：The N is 3.
4. the control method of air conditioner auxiliary electrical heater according to claim 1, it is characterised in that：It is minimum to set indoor environment Threshold value is T11, and outdoor environment lowest threshold is T12；
It is further comprising the steps of in step (2) and step (3)：If Ti<T11, To<T12 then opens N number of electric heating part and continues Time t1；It is no to then follow the steps (3).
5. the control method of air conditioner auxiliary electrical heater according to claim 4, it is characterised in that：The t1 is 10-15 Minute.
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CN106500244B (en) * 2016-10-19 2019-10-01 青岛海尔空调器有限总公司 Air-conditioning electric heating controlling method and control device
CN107461936A (en) * 2017-09-12 2017-12-12 邓延鸿 A kind of modular Hot water units intelligent control method and its control system
CN109869876B (en) * 2019-03-12 2021-02-12 奥克斯空调股份有限公司 Control method and control device for heating mode of air conditioner and air conditioner

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