The content of the invention
In order to solve the above-mentioned technical problem, the invention provides a kind of control method of air-conditioning, device and base station air conditioner, solutionDetermined base station air conditioner high energy consumption of the prior art, be unfavorable for the problem of control.
The embodiments of the invention provide a kind of control method of air-conditioning, applied to base station air conditioner, wherein the control methodIncluding：
If the operational mode of air-conditioning is in refrigeration mode, and indoor temperature is less than the first preset temperature, or the fortune of air-conditioningRow mode is in heating mode, and indoor temperature is higher than the second preset temperature, then switches to the operational mode of the air-conditioning notSleep mode；
According to default control mode corresponding to the park mode, the compressor of the air-conditioning and the operation shape of fan are controlledState.
Preferably, if the operational mode of the air-conditioning is in refrigeration mode, and indoor temperature is less than the first preset temperature, orThe operational mode of person's air-conditioning is in heating mode, and indoor temperature is higher than the second preset temperature, then by the operation mould of the air-conditioningFormula was switched in the step of park mode, if the operational mode of air-conditioning is in refrigeration mode, and indoor temperature is default less than firstTemperature, then the step of operational mode of the air-conditioning being switched into park mode, including：
Judge whether indoor temperature D1 meets under refrigeration mode：D1<A1-B；
If it is unsatisfactory for D1<A1-B, then perform and described judge whether indoor temperature D1 meets under refrigeration mode：D1<A1-B'sStep；
If meet D1<A1-B, then according to indoor temperature and the corresponding relation of park mode, it is determined that with the indoor temperature D1Corresponding first park mode；
Judge whether indoor temperature E1 meets under first park mode：E1<A1+B；
If meet E1<A1+B, then perform whether judgement indoor temperature E1 under first park mode meets：E1<The step of A1+B；
If it is unsatisfactory for E1<A1+B, then the operational mode of the air-conditioning is switched into the system from first park modeChill formula, and perform and described judge whether indoor temperature D1 meets under refrigeration mode：D1<The step of A1-B；
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Preferably, the default control mode according to corresponding to the park mode, control the air-conditioning compressor andThe step of running status of fan, including：
According to the corresponding relation of park mode and default control mode, it is determined that with first park mode corresponding firstDefault control mode；
According to the first default control mode, the compressor of the air-conditioning and the running status of fan are controlled.
Preferably, the first dormancy arrange parameter corresponding to the first default control mode includes：The fan interval fortuneThe first capable interval time, and first run time of the fan between two neighboring first interval time；
It is described according to the first default control mode, control the step of the compressor of the air-conditioning and the running status of fanSuddenly, including：
According to the first default control mode, the fan is controlled to be transported according to the first dormancy arrange parameter intervalOK, and the control compressor is closed.
Preferably, if the operational mode of the air-conditioning is in refrigeration mode, and indoor temperature is less than the first preset temperature, orThe operational mode of person's air-conditioning is in heating mode, and indoor temperature is higher than the second preset temperature, then by the operation mould of the air-conditioningFormula was switched in the step of park mode, if the operational mode of air-conditioning is in heating mode, and indoor temperature is default higher than secondTemperature, then the step of operational mode of the air-conditioning being switched into park mode, including：
Judge whether indoor temperature D2 meets under heating mode：D2 ＞ A2+B；
If being unsatisfactory for D2 ＞ A2+B, perform and described judge whether indoor temperature D2 meets under heating mode：D2 ＞ A2+BThe step of；
If meeting D2 ＞ A2+B, according to indoor temperature and the corresponding relation of park mode, it is determined that with the indoor temperatureSecond park mode corresponding to D2；
Judge whether indoor temperature E2 meets under second park mode：E2 ＞ A2-B；
If meeting E2 ＞ A2-B, perform whether judgement indoor temperature E2 under second park mode meets：The step of E2 ＞ A2-B；
If being unsatisfactory for E2 ＞ A2-B, the operational mode of the air-conditioning is switched into the system from second park modeHeat pattern, and perform and described judge whether indoor temperature D2 meets under heating mode：The step of D2 ＞ A2+B；
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Preferably, the default control mode according to corresponding to the park mode, control the air-conditioning compressor andThe step of running status of fan, including：
According to the corresponding relation of park mode and default control mode, it is determined that with second park mode corresponding secondDefault control mode；
According to the second default control mode, the compressor of the air-conditioning and the running status of fan are controlled.
Preferably, the second dormancy arrange parameter corresponding to the second default control mode includes：The fan interval fortuneThe second capable interval time, and second run time of the fan between two neighboring second interval time；
It is described according to the second default control mode, control the step of the compressor of the air-conditioning and the running status of fanSuddenly, including：
According to the second default control mode, the fan is controlled to be transported according to the second dormancy arrange parameter intervalOK, and the control compressor is closed.
Preferably, if the operational mode of the air-conditioning is in refrigeration mode, and indoor temperature is less than the first preset temperature, orThe operational mode of person's air-conditioning is in heating mode, and indoor temperature is higher than the second preset temperature, then by the operation mould of the air-conditioningFormula was adjusted the step of park mode before, and the control method also includes：
When the operational mode of air-conditioning is in automatic mode, the indoor temperature of indoor environment residing for the air-conditioning is obtained；
According to the indoor temperature, determine the air-conditioning treats operational mode, wherein the row mode to be shipped is included automaticallyOne of in pattern, refrigeration mode and heating mode.
Preferably, it is described according to the indoor temperature, the step for the treatment of operational mode of the air-conditioning is determined, including：
If C >=A1+B, it is determined that the air-conditioning treats that operational mode is refrigeration mode；
If C≤A2-B, it is determined that the air-conditioning treats that operational mode is heating mode；
If A2-B<C<A1+B, it is determined that the air-conditioning treats that operational mode is automatic mode；
Wherein, C represents the indoor temperature；A1 represents default cryogenic temperature threshold value；A2 represents default heating temperatureThreshold value；B represents default temperature control precision value.
Preferably, the default control mode according to corresponding to the park mode, control the air-conditioning compressor andAfter the step of running status of fan, the control method also includes：
If getting shutdown command, the operational mode of the air-conditioning is controlled to switch to automatic mold from the park modeFormula.
The embodiment of the present invention additionally provides a kind of control device of air-conditioning, applied to base station air conditioner, wherein the control dressPut including：
First handover module, if the operational mode for air-conditioning is in refrigeration mode, and indoor temperature is default less than firstTemperature, or the operational mode of air-conditioning are in heating mode, and indoor temperature is higher than the second preset temperature, then by the air-conditioningOperational mode switches to park mode；
Control module, for the default control mode according to corresponding to the park mode, control the compressor of the air-conditioningWith the running status of fan.
Preferably, first handover module includes：
First judging submodule, for judging whether indoor temperature D1 meets under refrigeration mode：D1<A1-B；
First processing submodule, if for being unsatisfactory for D1<A1-B, then perform indoor temperature D1 under the judgement refrigeration modeWhether meet：D1<The step of A1-B；
Second processing submodule, if for meeting D1<A1-B, then according to indoor temperature and the corresponding relation of park mode,It is determined that the first park mode corresponding with the indoor temperature D1；
Second judging submodule, for judging whether indoor temperature E1 meets under first park mode：E1<A1+B；
3rd processing submodule, if for meeting E1<A1+B, then perform judgement room under first park modeWhether interior temperature E1 meets：E1<The step of A1+B；
Fourth process submodule, if for being unsatisfactory for E1<A1+B, then the operational mode of the air-conditioning is stopped from described firstSleep mode switches to the refrigeration mode, and performs and described judge whether indoor temperature D1 meets under refrigeration mode：D1<A1-B'sStep；
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Preferably, the control module includes：
First determination sub-module, for the corresponding relation according to park mode and default control mode, it is determined that with described theFirst default control mode corresponding to one park mode；
First control submodule, for according to the first default control mode, controlling the compressor and wind of the air-conditioningThe running status of fan.
Preferably, the first dormancy arrange parameter corresponding to the first default control mode includes：The fan interval fortuneThe first capable interval time, and first run time of the fan between two neighboring first interval time；
First control submodule includes：
First control unit, for according to the first default control mode, controlling the fan to stop according to described firstDormancy arrange parameter interval is run, and the control compressor is closed.
Preferably, first handover module includes：
3rd judging submodule, for judging whether indoor temperature D2 meets under heating mode：D2 ＞ A2+B；
5th processing submodule, if for being unsatisfactory for D2 ＞ A2+B, perform indoor temperature under the judgement heating modeWhether D2 meets：The step of D2 ＞ A2+B；
6th processing submodule, if for meeting D2 ＞ A2+B, according to indoor temperature and the corresponding relation of park mode,It is determined that the second park mode corresponding with the indoor temperature D2；
4th judging submodule, for judging whether indoor temperature E2 meets under second park mode：E2 ＞ A2-B；
7th processing submodule, if for meeting E2 ＞ A2-B, the judgement is performed under second park modeWhether indoor temperature E2 meets：The step of E2 ＞ A2-B；
8th processing submodule, if for being unsatisfactory for E2 ＞ A2-B, by the operational mode of the air-conditioning from described secondPark mode switches to the heating mode, and performs and described judge whether indoor temperature D2 meets under heating mode：D2 ＞ A2+The step of B；
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Preferably, the control module includes：
Second determination sub-module, for the corresponding relation according to park mode and default control mode, it is determined that with described theSecond default control mode corresponding to two park modes；
Second control submodule, for according to the second default control mode, controlling the compressor and wind of the air-conditioningThe running status of fan.
Preferably, the second dormancy arrange parameter corresponding to the second default control mode includes：The fan interval fortuneThe second capable interval time, and second run time of the fan between two neighboring second interval time；
Second control submodule includes：
According to the second default control mode, the fan is controlled to be transported according to the second dormancy arrange parameter intervalOK, and the control compressor is closed.
Preferably, the control device also includes：
Acquisition module, for when the operational mode of air-conditioning is in automatic mode, obtaining indoor environment residing for the air-conditioningIndoor temperature；
Determining module, for according to the indoor temperature, determine the air-conditioning to treat operational mode, wherein the row to be shippedPattern include automatic mode, refrigeration mode and heating mode in one of.
Preferably, the determining module includes：
3rd determination sub-module, if for C >=A1+B, it is determined that the air-conditioning treats that operational mode is refrigeration mode；
4th determination sub-module, if for C≤A2-B, it is determined that the air-conditioning treats that operational mode is heating mode；
5th determination sub-module, if for A2-B<C<A1+B, it is determined that the air-conditioning treats that operational mode is automatic moldFormula；
Wherein, C represents the indoor temperature；A1 represents default cryogenic temperature threshold value；A2 represents default heating temperatureThreshold value；B represents default temperature control precision value.
Preferably, the control device also includes：
Second handover module, if for getting shutdown command, the operational mode of the air-conditioning is controlled from the dormancyPattern switching is automatic mode.
The embodiment of the present invention additionally provides a kind of base station air conditioner, including processor, memory and is stored in the memoryComputer program that is upper and can running on the processor, the computer program are realized as above during the computing deviceThe step of control method of described air-conditioning.
The embodiment of the present invention additionally provides a kind of computer-readable recording medium, is deposited on the computer-readable recording mediumComputer program is contained, the computer program realizes the step of the control method of air-conditioning as described above when being executed by processorSuddenly.
The beneficial effect of embodiments of the invention is：
In such scheme, by being in refrigeration mode in the operational mode of air-conditioning, and indoor temperature is less than the first default temperatureDegree, or the operational mode of air-conditioning is in heating mode, and when indoor temperature is higher than the second preset temperature, by the fortune of the air-conditioningRow mode switches to park mode；And the default control mode according to corresponding to the park mode, control the compression of the air-conditioningThe running status of machine and fan, air-conditioning is avoided to be in the wasting of resources caused by single operational mode continuous service, so as to favourableIn reduction energy consumption.
Embodiment
The exemplary embodiment of the present invention is more fully described below with reference to accompanying drawings.Although the present invention is shown in accompanying drawingExemplary embodiment, it being understood, however, that may be realized in various forms the present invention without should be by embodiments set forth hereLimited.Conversely, there is provided these embodiments are to be able to be best understood from the present invention, and can be by the scope of the present inventionCompletely it is communicated to those skilled in the art.
Referring to Fig. 1, the embodiment provides a kind of control method of air-conditioning, applied to base station air conditioner, wherein instituteStating control method includes：
Step 11, if the operational mode of air-conditioning is in refrigeration mode, and indoor temperature is less than the first preset temperature, Huo ZhekongThe operational mode of tune is in heating mode, and indoor temperature is higher than the second preset temperature, then cuts the operational mode of the air-conditioningShift to park mode.
In the embodiment, the operational mode of air-conditioning is in refrigeration mode and maintains operation a period of time, so that indoor temperatureWhen being maintained in certain temperature range, if current indoor temperature is less than the first preset temperature, the operational mode of air-conditioning is cutShift to park mode；Or the operational mode of air-conditioning is in heating mode and maintains operation a period of time, so that indoor temperature is protectedWhen holding in certain temperature range, if current indoor temperature is higher than the second preset temperature, the operational mode of air-conditioning is switchedFor park mode.Explanation, park mode and the shutdown of non-controlling air-conditioning are needed exist for, but is controlled according to default control modeThe compressor of air-conditioning and the running status of fan, to realize the purpose for reducing energy consumption.
Wherein, the first preset temperature can preset cryogenic temperature threshold value and default temperature control according to corresponding to refrigeration modeAccuracy value determination processed, such as：Difference of first preset temperature between cryogenic temperature threshold value and temperature control precision value is set；SecondPreset temperature can be according to corresponding to heating mode default heating temperature threshold and default temperature control precision value determine,Such as：Second preset temperature is set for heating temperature threshold and the temperature control precision value sum.Preferably, cryogenic temperature threshold valueSetting scope be：25~35 DEG C；Heating temperature threshold setting scope be：0~10 DEG C；The setting model of temperature control precision valueEnclose for：1~3 DEG C.It should be noted that cryogenic temperature threshold value, heating temperature threshold and temperature control precision in the present embodimentThe preferred embodiment of temperature setting scope, only the present embodiment, the present invention are not limited corresponding to value difference.
Step 12, the default control mode according to corresponding to the park mode, the compressor and fan of the air-conditioning are controlledRunning status.
In the embodiment, default control mode includes：Corresponding with the first park mode under refrigeration mode first is defaultControl mode, and the second default control mode corresponding with the second park mode under heating mode；Wherein, the first default controlMode processed is different from the second default control mode.
When the operational mode of air-conditioning switches to the first park mode from refrigeration mode, according to the first default control mode,Control the compressor of air-conditioning and the running status of fan.
Specifically, the first default control mode corresponds at least one first dormancy arrange parameter, wherein the first dormancy is setParameter includes：Fan interval operation the first interval time, and fan between two neighboring first interval time firstRun time.The corresponding relation between temperature value and the first dormancy arrange parameter is pre-established, such as：First interval time andOne run time can the value in the time range of 1~10 minute respectively, wherein temperature value is higher, and the first dormancy of setting is setThe first interval time in parameter is shorter, and the first run time is longer.
, can be according to current indoor temperature when the operational mode of air-conditioning switches to the first park mode from refrigeration modeIt is determined that corresponding first dormancy arrange parameter, and the first dormancy arrange parameter control according to corresponding to determining current indoor temperatureFan interval is run, and control compressor is closed.So, the indoor temperature according to residing for air-conditioning, to compressor of air conditioner and fanRunning status is controlled, and ensures that fast cooling can be realized when temperature is higher, reduction is further realized when temperature is relatively lowThe purpose of energy consumption.
Preferably, for the ease of simple control, corresponding first dormancy of the first default control mode can be set to setParameter.When the operational mode of air-conditioning switches to the first park mode from refrigeration mode, according to the first default control mode, controlFan is run according to the first dormancy arrange parameter interval, and control compressor is closed.Such as：First dormancy arrange parameter is setIn the first interval time be 6 minutes, the first run time be 2 minutes, i.e., air-conditioning operational mode from refrigeration mode switchDuring to park mode, control compressor is closed, and controls fan into after running 2 minutes, the interval operation shape for stopping 6 minutesState.It should be noted that the first dormancy arrange parameter may be arranged as other concrete numerical values in addition, the present invention not withThis is limited.
When the operational mode of air-conditioning switches to the second park mode from heating mode, according to the second default control method,Control the compressor of air-conditioning and the running status of fan.
Specifically, the second default control mode corresponds at least one second dormancy arrange parameter, wherein the second dormancy is setParameter includes：Fan interval operation the second interval time, and fan between two neighboring first interval time secondRun time.The corresponding relation between temperature value and the second dormancy arrange parameter is pre-established, such as：Second interval time andTwo run times can the value in the time range of 1~10 minute respectively, wherein temperature value is higher, and the first dormancy of setting is setThe first interval time in parameter is longer, and the first run time is shorter.
, can be according to current indoor temperature when the operational mode of air-conditioning switches to the second park mode from heating modeIt is determined that corresponding second dormancy arrange parameter, and the second dormancy arrange parameter control according to corresponding to determining current indoor temperatureFan interval is run, and control compressor is closed.So, the indoor temperature according to residing for air-conditioning, to compressor of air conditioner and fanRunning status is controlled, and is ensured to realize when temperature is relatively low and is rapidly heated, and reduction is further realized when temperature is higherThe purpose of energy consumption.
Preferably, for the ease of simple control, corresponding second dormancy of the second default control mode can be set to setParameter.When the operational mode of air-conditioning switches to the second park mode from heating mode, according to the second default control mode, controlFan is run according to the second dormancy arrange parameter interval, and control compressor is closed.Such as：Second dormancy arrange parameter is setIn the second interval time be 8 minutes, the first run time be 4 minutes, i.e., air-conditioning operational mode from heating mode switchDuring to park mode, control compressor is closed, and controls fan into after running 4 minutes, the interval operation shape for stopping 8 minutesState.It should be noted that the second dormancy arrange parameter may be arranged as other concrete numerical values in addition, the present invention not withThis is limited.
In such scheme, by being in refrigeration mode in the operational mode of air-conditioning, and indoor temperature is less than the first default temperatureDegree, or the operational mode of air-conditioning is in heating mode, and when indoor temperature is higher than the second preset temperature, by the fortune of the air-conditioningRow mode switches to park mode；And the default control mode according to corresponding to the park mode, control the compression of the air-conditioningThe running status of machine and fan, air-conditioning is avoided to be in the wasting of resources caused by single operational mode continuous service, so as to favourableIn reduction energy consumption.
In addition, in this programme, always according to park mode and the corresponding relation of default control mode, determine to stop with first respectivelyFirst default control mode corresponding to sleep mode, and the second default control mode corresponding with the second park mode；And according toCurrent Indoor Temperature angle value, determine dormancy arrange parameter corresponding to default control mode, with control compressor of air conditioner close andBeing run according to corresponding dormancy arrange parameter interval for fan is controlled, so as to ensure that fast prompt drop can be realized when temperature is higherTemperature, it can realize and be rapidly heated when temperature is relatively low, and further realize the purpose for reducing energy consumption.
Referring to Fig. 2, the embodiment of the present invention additionally provides a kind of control method of air-conditioning, specifically includes：
Step 201, the initial launch pattern of air-conditioning is set as automatic mode, and setting cryogenic temperature threshold value A 1, heatingTemperature threshold A2 and temperature control precision value B.
Specifically, cryogenic temperature threshold value can be set in the range of 25~35 DEG C, preferable A1 is arranged to 28 DEG C；Heating temperatureDegree threshold value can be set in the range of 0~10 DEG C, and preferable A2 is arranged to 5 DEG C；Temperature control precision value can be in 1~3 DEG C of modelInterior setting is enclosed, preferable B is arranged to 2 DEG C.
Wherein, automatic mode refers to the powered stopped status of air-conditioning.When the operational mode of air-conditioning is in automatic mode, possessTemperature lock function.When wherein temperature lock function refers to that temperature setting parameter (at least one in A1, A2 and B) is modified,After operation of air conditioner preset time, temperature setting Parameter reconstruction to default setting parameter.It is small that preferable preset time could be arranged to 1When.
Step 202, when the operational mode of air-conditioning is in automatic mode, the indoor temperature of indoor environment residing for air-conditioning is obtainedC。
Step 203, according to indoor temperature C, determine air-conditioning treats operational mode, wherein treating that operational mode includes automatic moldOne of in formula, refrigeration mode and heating mode.If specifically, C >=A1+B, it is determined that the air-conditioning treats operational modeFor refrigeration mode, that is, perform step 204；If C≤A2-B, it is determined that the air-conditioning treats that operational mode is heating mode, that is, holdsRow step 208；If A2-B<C<A1+B, it is determined that the air-conditioning treats that operational mode is automatic mode, that is, performs step 212.
Step 204, if C >=A1+B, it is determined that the air-conditioning treats that operational mode is refrigeration mode.
Specifically, for example：The A1 set is 28 DEG C, and the B set is 2 DEG C；If in automatic mode, detect indoor temperatureDuring more than or equal to 30 DEG C, by the operational mode of air-conditioning from automatic pattern switching be refrigeration mode.
Step 205, indoor temperature D1 under refrigeration mode is judged, if meet：D1 ＜ A1-B.
If specifically, it is unsatisfactory for D1<A1-B, then perform step 205, i.e. Indoor Temperature angle value under poll detection refrigeration modeD1；If meet D1<A1-B, then according to indoor temperature and the corresponding relation of park mode, it is determined that corresponding with the indoor temperature D1The first park mode, and perform step 206.
Step 206, the operational mode of air-conditioning is switched into the first park mode from refrigeration mode.
In the embodiment, when the operational mode of air-conditioning is switched into the first park mode from refrigeration mode, according to dormancyThe corresponding relation of pattern and default control mode, it is determined that the first default control mode corresponding with the first park mode；According toOne default control mode, controls the compressor of air-conditioning and the running status of fan.Specifically, corresponding to the first default control modeFirst dormancy arrange parameter includes：First interval time of fan interval operation, and fan is when two neighboring first is spacedBetween between the first run time.When the operational mode of air-conditioning is switched into the first park mode from refrigeration mode, according toOne default control mode, the compressor of control control air-conditioning are closed, and the interior machine fan of control air-conditioning is set according to the first dormancyParameter space operation is put, such as：Machine fan is run 2 minutes in control, stops 6 minutes.
Step 207, judge whether indoor temperature E1 meets under the first park mode：E1<A1+B.
If specifically, meet E1<A1+B, then perform step 207, i.e. poll detection indoor temperature under the first park modeE1；If it is unsatisfactory for E1<A1+B, then step 204 is performed successively, step 205, to realize the temperature control under refrigeration mode.In skyThe operational mode of tune is in refrigeration mode operation a period of time, when indoor temperature is less than the first preset temperature, controls the fortune of air-conditioningRow mode switches to the first park mode, to reach the purpose for reducing energy consumption；The first dormancy mould is in the operational mode of air-conditioningFormula operation a period of time, when indoor temperature raises, the operational mode of air-conditioning is switched into refrigeration mode, to reach fast coolingPurpose.
Step 208, if C≤A2-B, the operational mode of air-conditioning is switched into heating mode.
If specifically, in automatic mode, when detecting that indoor temperature is less than or equal to 3 DEG C, by the operation mould of air-conditioningFormula from automatic pattern switching be heating mode.
Step 209, judge whether indoor temperature D2 meets under heating mode：D2 ＞ A2+B.
If specifically, being unsatisfactory for D2 ＞ A2+B, step 209, i.e. indoor temperature D2 under poll detection heating mode are performed；If meeting D2 ＞ A2+B, according to indoor temperature and the corresponding relation of park mode, it is determined that corresponding with the indoor temperature D2Second park mode, and perform step 210.
Step 210, the operational mode of air-conditioning is switched into the second park mode from heating mode.
In the embodiment, when the operational mode of air-conditioning is switched into the second park mode from heating mode, according to dormancyThe corresponding relation of pattern and default control mode, it is determined that the second default control mode corresponding with the second park mode；According toTwo default control modes, control the compressor of the air-conditioning and the running status of fan.Specifically, the second default control mode pairThe the second dormancy arrange parameter answered includes：Second interval time of fan interval operation, and fan is between two neighboring secondThe second run time between the time.When the operational mode of air-conditioning switches to the second dormancy mould from heating mode, according toTwo default control modes, the compressor closing control of air-conditioning, and the interior machine fan of control air-conditioning is controlled to be set according to the second dormancyParameter space operation is put, such as：Machine fan is run 4 minutes in control, stops 8 minutes.
Step 211, judge whether indoor temperature E2 meets under second park mode：E2 ＞ A2-B.
If specifically, meeting E2 ＞ A2-B, step 211, i.e. poll detection room under second park mode are performedInterior temperature E2；If being unsatisfactory for E2 ＞ A2-B, step 208 is performed successively, step 209, to realize the temperature control under heating modeSystem.Heating mode operation a period of time is in the operational mode of air-conditioning, when indoor temperature is higher than the second preset temperature, control is emptyThe operational mode of tune switches to the second park mode, to reach the purpose for reducing energy consumption；Second is in the operational mode of air-conditioningPark mode operation a period of time, when indoor temperature reduces, the operational mode of air-conditioning is switched into heating mode, to reach quickThe purpose of heating.
Step 212, if A2-B<C<A1+B, then the operational mode of air-conditioning is controlled to be in automatic mode.
If specifically, in automatic mode, detect that indoor temperature is more than 3 DEG C, and less than 30 DEG C, then control the fortune of air-conditioningRow mode is continuously in automatic mode.
Step 213, detect whether to get shutdown command.
Specifically, when the operational mode of air-conditioning is in park mode (the first park mode or the second park mode),If getting shutdown command, step 214 is performed.
Step 214, the operational mode of air-conditioning is controlled to switch to automatic mode from park mode.
Specifically, the operational mode of air-conditioning is after park mode switches to automatic mode, according to the controlling party of above-mentioned air-conditioningMethod flow carries out the switching of operational mode.
It should be noted that do not allow forced shutdown under refrigeration mode or heating mode, i.e. the operation mould in air-conditioningWhen formula is in refrigeration mode or heating mode, if getting shutdown command, the operational mode of air-conditioning should keep current fortuneRow mode is run, and avoids forced shutdown from causing normally can not the freezing or heat of air-conditioning, so as to ensure that air-conditioning is able to maintain that justNormal refrigeration mode or heating mode operation, and then advantageously reduce energy consumption.
In such scheme, the operational mode default setting of air-conditioning is automatic mode, in automatic mode, according to indoor temperatureValue, determine air-conditioning treats operational mode.And treat that operational mode is refrigeration mode in air-conditioning, and in refrigeration mode operation rear chamberInterior temperature is less than the first preset temperature, or air-conditioning treats that operational mode is heating mode, and in heating mode operation rear chamberWhen interior temperature is higher than the second preset temperature, the operational mode of the air-conditioning is switched into park mode；And according to the dormancy mouldDefault control mode corresponding to formula, the compressor of the air-conditioning and the running status of fan are controlled, avoid air-conditioning singleThe wasting of resources caused by operational mode continuous service, so as to advantageously reduce energy consumption.
Air conditioning control method in the program has versatility, is advantageous to be lifted the convenience of base station air conditioner management, andIts control logic is complete, can ensure the operational mode of air-conditioning automatic mode, refrigeration mode, heating mode and park mode itBetween switch over, avoid air-conditioner continuous from being in single operational mode (such as：Refrigeration mode or heating mode) cause energy consumption to increaseAdd, the wasting of resources；And the temperature setting parameter in the program can be adjusted on demand, can effectively reduce air conditioner compressedThe start-stop time of machine, so as to improve the service life of compressor；In addition, air conditioner refrigerating temperature threshold is also improved in the programTemperature upper limit, application of the air-conditioning in lifting temperature (30 DEG C or more) base station can be met, ensured in high-temperature battery, lithium iron batteryBase station operation temperature can be lifted Deng base station, reaches the purpose of energy-conservation；And by controlling fan intermittent duty in park mode,The uniformity of base station hot and cold air is improved, effectively prevents base station hot-spot.
Referring to Fig. 3 and 4, the embodiment of the present invention additionally provides a kind of control device of air-conditioning, applied to base station air conditioner, whereinThe control device 300 includes：
First handover module 310, if the operational mode for air-conditioning is in refrigeration mode, and indoor temperature is pre- less than firstIf temperature, or the operational mode of air-conditioning are in heating mode, and indoor temperature is higher than the second preset temperature, then by the air-conditioningOperational mode switch to park mode.
Control module 320, for the default control mode according to corresponding to the park mode, control the compression of the air-conditioningThe running status of machine and fan.
Wherein, first handover module 310 includes：
First judging submodule 3101, for judging whether indoor temperature D1 meets under refrigeration mode：D1<A1-B.
First processing submodule 3102, if for being unsatisfactory for D1<A1-B, then perform Indoor Temperature under the judgement refrigeration modeWhether degree D1 meets：D1<The step of A1-B.
Second processing submodule 3103, if for meeting D1<A1-B, then closed according to indoor temperature is corresponding with park modeSystem, it is determined that the first park mode corresponding with the indoor temperature D1.
Second judging submodule 3104, for judging whether indoor temperature E1 meets under first park mode：E1<A1+B。
3rd processing submodule 3105, if for meeting E1<A1+B, then the judgement is performed in first park modeWhether lower indoor temperature E1 meets：E1<The step of A1+B.
Fourth process submodule 3106, if for being unsatisfactory for E1<A1+B, then by the operational mode of the air-conditioning from describedOne park mode switches to the refrigeration mode, and performs and described judge whether indoor temperature D1 meets under refrigeration mode：D1<The step of A1-B.
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Wherein, the control module 320 includes：
First determination sub-module 3201, for the corresponding relation according to park mode and default control mode, it is determined that and instituteState the first default control mode corresponding to the first park mode.
First control submodule 3202, for according to the first default control mode, controlling the compressor of the air-conditioningWith the running status of fan.
Wherein, the first dormancy arrange parameter corresponding to the first default control mode includes：The fan interval operationThe first interval time, and first run time of the fan between two neighboring first interval time.Described firstControl submodule 3202 includes：
First control unit 32021, for according to the first default control mode, controlling the fan according to describedOne dormancy arrange parameter interval is run, and the control compressor is closed.
Wherein, first handover module 310 also includes：
3rd judging submodule 3107, for judging whether indoor temperature D2 meets under heating mode：D2 ＞ A2+B.
5th processing submodule 3108, if for being unsatisfactory for D2 ＞ A2+B, perform indoor under the judgement heating modeWhether temperature D2 meets：The step of D2 ＞ A2+B.
6th processing submodule 3109, if for meeting D2 ＞ A2+B, it is corresponding with park mode according to indoor temperatureRelation, it is determined that the second park mode corresponding with the indoor temperature D2.
4th judging submodule 3110, for judging whether indoor temperature E2 meets under second park mode：E2＞ A2-B.
7th processing submodule 3111, if for meeting E2 ＞ A2-B, the judgement is performed in the second dormancy mouldWhether indoor temperature E2 meets under formula：The step of E2 ＞ A2-B.
8th processing submodule 3112, if for being unsatisfactory for E2 ＞ A2-B, by the operational mode of the air-conditioning from describedSecond park mode switches to the heating mode, and performs and described judge whether indoor temperature D2 meets under heating mode：D2The step of ＞ A2+B.
Wherein, A1 represents default cryogenic temperature threshold value；A2 represents default heating temperature threshold；B represents default temperatureSpend control accuracy value.
Wherein, the control module 320 also includes：
Second determination sub-module 3203, for the corresponding relation according to park mode and default control mode, it is determined that and instituteState the second default control mode corresponding to the second park mode.
Second control submodule 3204, for according to the second default control mode, controlling the compressor of the air-conditioningWith the running status of fan.
Wherein, the second dormancy arrange parameter corresponding to the second default control mode includes：The fan interval operationThe second interval time, and second run time of the fan between two neighboring second interval time.Described secondControl submodule 3204 includes：
Second control unit 32041, for according to the second default control mode, controlling the fan according to describedTwo dormancy arrange parameter intervals are run, and the control compressor is closed.
Wherein, the control device 300 also includes：
Acquisition module 330, for when the operational mode of air-conditioning is in automatic mode, obtaining indoor ring residing for the air-conditioningThe indoor temperature in border.
Determining module 340, for according to the indoor temperature, determine the air-conditioning to treat operational mode, wherein described treatOperational mode include automatic mode, refrigeration mode and heating mode in one of.
Wherein, the determining module 340 includes：
3rd determination sub-module 3401, if for C >=A1+B, it is determined that the air-conditioning treats operational mode for refrigeration mouldFormula.
4th determination sub-module 3402, if for C≤A2-B, it is determined that the air-conditioning treats operational mode for heating mouldFormula.
5th determination sub-module 3403, if for A2-B<C<A1+B, it is determined that the air-conditioning treats that operational mode is automaticPattern.
Wherein, C represents the indoor temperature under the automatic mode；A1 represents default cryogenic temperature threshold value；A2 represents pre-If heating temperature threshold；B represents default temperature control precision value.
Wherein, the control device 300 also includes：
Second handover module 350, if for getting shutdown command, the operational mode of the air-conditioning is controlled to stop from describedSleep mode switches to automatic mode.
Air conditioning control device in such scheme, by being in refrigeration mode, and indoor temperature in the operational mode of air-conditioningOperational mode less than the first preset temperature, or air-conditioning is in heating mode, and when indoor temperature is higher than the second preset temperature,The operational mode of the air-conditioning is switched into park mode；And the default control mode according to corresponding to the park mode, controlThe compressor of the air-conditioning and the running status of fan, air-conditioning is avoided to be in resource caused by single operational mode continuous serviceWaste, so as to advantageously reduce energy consumption.
In addition, the air conditioning control device in this programme has versatility, be advantageous to be lifted the convenience of base station air conditioner management,And its control logic is complete, the operational mode of air-conditioning can be ensured in automatic mode, refrigeration mode, heating mode and dormancy mouldSwitched between formula, avoid air-conditioner continuous from being in single operational mode (such as：Refrigeration mode or heating mode) cause energyConsumption increase, the wasting of resources；And the temperature setting parameter in the program can be adjusted on demand, can effectively reduce air-conditioningThe start-stop time of compressor, so as to improve the service life of compressor；And air conditioner refrigerating temperature threshold is also improved in the programThe temperature upper limit of value, application of the air-conditioning in lifting temperature (30 DEG C or more) base station can be met, ensured in high-temperature battery, iron lithiumThe base stations such as battery can lift base station operation temperature, reach the purpose of energy-conservation；And by controlling fan interval in park modeOperation, the uniformity of base station hot and cold air is improved, effectively prevents base station hot-spot.
In order to preferably realize above-mentioned purpose, the embodiment of the present invention additionally provides a kind of base station air conditioner, including processor, depositsReservoir and the computer program that can be run on the memory and on the processor is stored in, the computer program is by instituteThe step of control method of air-conditioning as described above is realized when stating computing device.The embodiment of the present invention additionally provides a kind of calculatingMachine readable storage medium storing program for executing, computer program is stored with the computer-readable recording medium, the computer program is processedThe step of device realizes the control method of air-conditioning as described above when performing.
Above-described is the preferred embodiment of the present invention, it should be pointed out that is come for the ordinary person of the artSay, some improvements and modifications can also be made under the premise of principle of the present invention is not departed from, and these improvements and modifications also existIn protection scope of the present invention.