CN103884083A - Energy-saving environment-friendly intelligent air conditioning system and work mode thereof - Google Patents
Energy-saving environment-friendly intelligent air conditioning system and work mode thereof Download PDFInfo
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- CN103884083A CN103884083A CN201410117924.XA CN201410117924A CN103884083A CN 103884083 A CN103884083 A CN 103884083A CN 201410117924 A CN201410117924 A CN 201410117924A CN 103884083 A CN103884083 A CN 103884083A
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- 238000004378 air conditioning Methods 0.000 title claims abstract description 157
- 230000036541 health Effects 0.000 claims abstract description 39
- 230000033228 biological regulation Effects 0.000 claims abstract description 6
- 238000000034 method Methods 0.000 claims description 20
- 238000005057 refrigeration Methods 0.000 claims description 19
- 238000010438 heat treatment Methods 0.000 claims description 18
- 230000006870 function Effects 0.000 claims description 10
- 230000005540 biological transmission Effects 0.000 claims description 7
- 238000004134 energy conservation Methods 0.000 claims description 3
- 230000001105 regulatory effect Effects 0.000 abstract description 4
- 239000002699 waste material Substances 0.000 abstract description 4
- 239000008358 core component Substances 0.000 abstract 2
- 230000008859 change Effects 0.000 description 3
- 238000010586 diagram Methods 0.000 description 3
- 230000008569 process Effects 0.000 description 3
- 238000001816 cooling Methods 0.000 description 2
- 238000005516 engineering process Methods 0.000 description 2
- 241000486406 Trachea Species 0.000 description 1
- 238000004891 communication Methods 0.000 description 1
- 230000003750 conditioning effect Effects 0.000 description 1
- 230000008878 coupling Effects 0.000 description 1
- 238000010168 coupling process Methods 0.000 description 1
- 238000005859 coupling reaction Methods 0.000 description 1
- 230000000694 effects Effects 0.000 description 1
- 230000006872 improvement Effects 0.000 description 1
- 230000004060 metabolic process Effects 0.000 description 1
- 230000000306 recurrent effect Effects 0.000 description 1
- 230000009711 regulatory function Effects 0.000 description 1
- 230000000630 rising effect Effects 0.000 description 1
- 210000000697 sensory organ Anatomy 0.000 description 1
- 230000003238 somatosensory effect Effects 0.000 description 1
- 230000009885 systemic effect Effects 0.000 description 1
- 210000003437 trachea Anatomy 0.000 description 1
- 238000010792 warming Methods 0.000 description 1
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Abstract
The invention particularly relates to an energy-saving environment-friendly intelligent air conditioning system and a work mode thereof. The energy-saving environment-friendly intelligent air conditioning system comprises an outdoor temperature detector, a temperature signal transmitting module, an intelligent core component and an intelligent mode interface; the outdoor temperature detector is embedded in an air conditioning outdoor unit, one end of the temperature signal transmitting module is connected with the outdoor temperature detector, the other end of the temperature signal transmitting module is connected with an air conditioning indoor unit, the intelligent core component is embedded in the air conditioning indoor unit, the intelligent mode interface is located on an air conditioning remote control unit, and the intelligent mode interface is a button used for starting or closing the energy-saving environment-friendly intelligent mode. According to the energy-saving environment-friendly intelligent air conditioning system and the work mode thereof, temperature can be automatically regulated into the optimal health temperature of a user, the user does not need manual regulation, unnecessary power consumption waste caused because a traditional air conditioner keeps non-optimal health temperature set by the user can be avoided effectively, and economical benefits are increased.
Description
Technical field
The present invention relates to field of air conditioning, relate in particular to a kind of energy-saving environment protection intelligent air-conditioning system and working method thereof.
Background technology
Along with science and technology is showing improvement or progress day by day, air-conditioning has become one of requisite household electrical appliance in people's life.Now widely used split-type air conditioner is made up of indoor set and off-premises station, is arranged on respectively indoor and outdoors, the middle air regulator coupling together by pipeline and electric wire.It is relative with package AC plant, and package AC plant is all-in-one, without dividing of inside and outside machine.Take separate type air conditioner as example, its primary structure as shown in Figure 1, comprises indoor apparatus of air conditioner 1 ', air-conditioner outdoor unit 2 ', connection tracheae and the circuit 3 ' of off-premises station and indoor set, the wireless connections module 4 ' between air-conditioning remote control and indoor apparatus of air conditioner, air-conditioning remote control 5 '.Can make air conditioner refrigerating or heat and can design temperature by air-conditioning remote control.Convertible frequency air-conditioner is in the structure of conventional air-conditioning, to have increased a frequency converter, and it can provide required cold (heat) amount automatically according to room availability; When indoor temperature reaches after desired value, air-conditioner host, can accurately keep the operate at constant speed of this temperature, is realized " not shutting down running ", thereby guarantees the stable of environment temperature.
When user opens air-conditioning and sets after a certain temperature, air-conditioning normally heats or freezes with peak power and maximum quantity of wind, thereby reach fast the temperature that user sets, then it provides required cold and hot amount automatically according to room availability, when room temperature reaches after the temperature of setting, convertible frequency air-conditioner is just can accurately keep the operate at constant speed of this temperature, thereby assurance indoor temperature is stable.Because everyone skin feels different to cold and hot comfort level, that is to say that everyone optimum health temperature is different.And position is different in same air-conditioned room, cold and hot comfortable sense organ is also different.Even if it is temperature-resistant in room that convertible frequency air-conditioner can keep always, but this temperature keeping along with the time change for user, may be partial heat a bit or more colder, not user's optimum health temperature, thereby be unfavorable for the healthy of user, and wasted again a lot of power consumptions.As user before falling asleep the temperature of air-conditioning arrange higher or on the low side, before falling asleep, user can feel that this temperature arranging is very comfortable, but after the late into the night, user fell asleep, because outdoor temperature gradually changes, but indoor temperature or the state in constant temperature, and also people's metabolism after falling asleep slows down, the heat producing reduces, room temperature is not now optimum temperature for user, and user can be waken up or freeze awake by heat, be unfavorable for that user has a rest.Even if user is not waken up by heat or freezes awakely, the also state in falling asleep, but room temperature has not now been user's optimum temperature, is unfavorable for that user's is healthy.In the case, if convertible frequency air-conditioner is refrigeration mode, and the temperature that user sets is little more a lot of than outdoor temperature, and convertible frequency air-conditioner is always in running order in order to maintain the stable needs of indoor temperature, a lot of power consumptions are so just wasted, the optimum temperature that the indoor temperature simultaneously keeping neither user.If convertible frequency air-conditioner is heating mode, and the temperature that user sets is more a lot of than outdoor height, in order to maintain, indoor temperature is stable to be needed always in running orderly convertible frequency air-conditioner, has so just wasted a lot of power consumptions, the optimum temperature that the indoor temperature simultaneously keeping neither user.
Summary of the invention
The object of the invention is to address the above problem, make air-conditioning can automatically adjust the temperature to user's optimum health temperature and not produce unnecessary power wastage.
For achieving the above object, concrete technical scheme is as follows:
A kind of energy-saving environment protection intelligent air-conditioning system, comprise an indoor apparatus of air conditioner, one air-conditioner outdoor unit, the tracheae of some off-premises stations and indoor set and connection, the wireless connections module between an air-conditioning remote control and indoor apparatus of air conditioner, an air-conditioning remote control, described energy-saving environment protection intelligent air-conditioning system also comprises: an outdoor temperature detector, one temperature signal transport module, intelligent kernel parts, and an intelligent mode interface;
Wherein, described outdoor temperature detector is embedded in described air-conditioner outdoor unit inside, described temperature signal transport module one end is connected with described outdoor temperature detector, the described temperature signal transport module other end is connected with described indoor apparatus of air conditioner, described intelligent kernel parts are embedded in described indoor apparatus of air conditioner, and described intelligent mode interface is positioned on described air-conditioning remote control.
Preferably, described intelligent kernel parts comprise:
One computing module, described computing module comprises at least one algorithm unit, described computing module is complied with
Calculate and obtain described healthy temperature according to described algorithm unit;
One judge module, described judge module judges in described air-conditioning system, whether to have recorded healthy temperature,
And whether the design temperature that judges air-conditioning equals outdoor temperature;
One adjustment module, described adjustment module is obtained described optimum health temperature, and regulates indoor temperature extremely
Described healthy temperature;
One memory module, described memory module keeping track of history thermograph;
One signal output module, described signal output module is exported the judged result of described judge module, with
Reminding user.
Preferably, described computing unit is renewable.
Preferably, described outdoor temperature detector is installed on away from door and window, air outlet and other thermal source top
Place.
Preferably, described temperature signal transport module is wireless transmission.
Preferably, described temperature signal transport module is wire transmission.
A kind of energy-saving environment protection intelligent air-conditioning system working method, adopts the system described in claim 2 or 3, mainly comprises the following steps:
Whether step 2, record effective user's optimum health temperature T in energy-saving environment protection intelligent air-conditioning system described in the judge module automatic decision in described energy-saving environment protection intelligent air-conditioning system
intelligence;
When recording described T in described energy-saving environment protection intelligent air-conditioning system
intelligencetime, directly enter step 3;
When not recording described T in described energy-saving environment protection intelligent air-conditioning system
intelligencetime, described energy-saving environment protection intelligent air-conditioning system is by current outdoor temperature T
outdoorbe arranged to described T
intelligence, then enter step 3;
When described energy-saving environment protection intelligent air-conditioning system judges described T
setequal described T
intelligencetime, maintain current setting;
When described energy-saving environment protection intelligent air-conditioning system judges described T
setbe not equal to described T
intelligencetime, enter step 4;
If not starting energy-saving environment-protecting intelligent mode of operation, moves described air-conditioning system to room temperature and reaches described T
setand maintain room temperature and equal described T
set;
If starting energy-saving environment-protecting intelligent mode of operation, enters step 6;
If described T
room temperatureequal described T
intelligence, maintain described T
room temperature;
If described T
room temperaturebe not equal to described T
intelligence, enter step 7;
If T
room temperatureequal T
intelligence, maintain this temperature;
If T
room temperaturebe not equal to T
intelligence, repeating step seven.
Preferably, described T
intelligencethat energy-saving environment protection intelligent air-conditioning system draws according to the result statistical computation of each run;
The mode of operation of described energy-saving environment protection intelligent air-conditioning system has shutdown, exits intelligent mode, suspends automatic regulation function, artificially regulates temperature that this four kinds of patterns are set, respectively a corresponding T who calculates according to algorithms of different
record, according in fixing number of days, record each described in T
recordto draw T
intelligence.
Preferably, described effective T
intelligencethe T that described energy-saving environment protection intelligent operation of air conditioner meets energy-conservation requirement
intelligence;
Air-conditioning is T under refrigeration mode
outdoorbe less than T
intelligence, the T of this record
intelligenceinvalid;
Air-conditioning is T under heating mode
outdoorbe greater than T
intelligence, the T of this record
intelligenceinvalid.
Preferably, described different mode comprises heating mode and refrigeration mode.
Preferably, the condition in step 4 is:
When described energy-saving environment protection intelligent operation of air conditioner is under described heating mode, described energy-saving environment protection intelligent air-conditioning system can judge described T
setwhether be less than described T
outdoor; If described T
setbe less than described T
outdoor; The temperature that described energy-saving environment protection intelligent air-conditioning system prompting user arranges is less than outdoor temperature, and advises that user resets temperature; If described T
setbe more than or equal to described T
outdoormaintain current design temperature;
When described energy-saving environment protection intelligent operation of air conditioner is under described refrigeration mode, described energy-saving environment protection intelligent air-conditioning system can judge described T
setwhether be greater than described T
outdoor; If described T
setbe greater than described T
outdoor, the temperature that described energy-saving environment protection intelligent air-conditioning system prompting user arranges is greater than outdoor temperature, and advises that user resets temperature; If described T
setbe less than or equal to described T
outdoor, maintain current design temperature.
Preferably, the temperature T of the temperature difference described in step 7
△depend on the T before described intelligent kernel parts regulate automatically
setbe former T
setand T
intelligencesize:
As former T
setbe greater than T
intelligencetime, T
△be less than zero, T
room temperaturebe reduced to T
intelligence;
As former T
setbe less than T
intelligencetime, T
△be greater than zero, T
room temperaturebe increased to T
intelligence.
Technical scheme of the present invention can adjust the temperature to user's optimum health temperature automatically, without user's manual adjustments, and the unnecessary power wastage that can effectively avoid traditional air-conditioning to produce because maintaining the non-optimum health temperature of user's setting, increases economic efficiency.
Accompanying drawing explanation
The accompanying drawing that forms a part of the present invention is used to provide a further understanding of the present invention, and illustrative example of the present invention and explanation thereof are used for explaining the present invention, does not form inappropriate limitation of the present invention.In the accompanying drawings:
Fig. 1 is traditional air conditioner structure schematic diagram;
Fig. 2 is the schematic diagram of a kind of energy-saving environment protection intelligent air-conditioning system of the present invention and working method;
Fig. 3 is that after the unlatching air-conditioning of a kind of energy-saving environment protection intelligent air-conditioning system of the present invention and working method, system judges schematic flow sheet;
Fig. 4 is the schematic flow sheet automatically regulating the room temperature of a kind of energy-saving environment protection intelligent air-conditioning system of the present invention and working method;
Fig. 5 is the statistics optimum health temperature T of a kind of energy-saving environment protection intelligent air-conditioning system of the present invention and working method
intelligenceschematic diagram.
The specific embodiment
Below in conjunction with the drawings and specific embodiments, the invention will be further described, and obviously, described example is only the present invention's part example, rather than whole examples.The example gathering based on the present invention, those of ordinary skills, not making all examples that obtain under creative work prerequisite, belong to the scope of protection of the invention.
It should be noted that, in the situation that not conflicting, the independent assortment mutually of the feature in example and example in the present invention.
Below with reference to accompanying drawing, example of the present invention is done to concrete explaination.
Example of the present invention is as shown in Figure 2 a kind of energy-saving environment protection intelligent air-conditioning system and working method, comprise an indoor apparatus of air conditioner 1, one air-conditioner outdoor unit 2, the tracheae of some off-premises stations and indoor set and connection 3, wireless connections module 4, one air-conditioning remote control 5, one outdoor temperature detectors 6 between air-conditioning remote control and indoor apparatus of air conditioner, one temperature signal transport module 7, one intelligent kernel parts 8.Indoor apparatus of air conditioner 1 is positioned over indoor, intelligent kernel parts 8 are embedded in indoor apparatus of air conditioner 1, air-conditioning remote control 5 can manipulate energy-saving environment protection intelligent air-conditioning by wireless connections, button 51 can be controlled the opening and closing of energy-saving environment protection intelligent air-conditioning, button 52 can be set desirable temperature, the adjustable pattern of button 53, selects refrigeration mode or heating mode, and button 54 can be selected intelligent mode.Air-conditioner outdoor unit 2 hangs on outdoor exterior wall, is connected with temperature signal transport module 7 by some connection tracheaes and circuit 3 with indoor apparatus of air conditioner 1.Temperature signal transport module 7 can be wire transmission, can be also wireless transmission.Outdoor temperature detector 6 is embedded in air-conditioner outdoor unit 2 inside, and outdoor temperature detector 6 transfers to by temperature signal transport module 7 temperature detecting in indoor apparatus of air conditioner 1, with this intelligent control indoor temperature.In indoor apparatus of air conditioner 1, also added intelligent kernel parts 8, be not positioned in air-conditioning remote control 5 be because air-conditioning remote control 5 may because placement location not to and cause cannot and indoor apparatus of air conditioner 1 between communication.Preferably, outdoor temperature detector 6 need be arranged on the place away from door and window, air outlet or other thermal source top place, the error that may occur to reduce outdoor temperature detector.The effect of intelligent kernel parts 8 has: (1) is at n(n>0) day according to the temperature of record according to special algorithm calculating optimum health temperature T
intelligence, preferred, described algorithm is renewable, can complete this function by computing module, and described computing module comprises at least one algorithm unit, and described computing module calculates and obtains described healthy temperature according to described algorithm unit; (2) judge in energy-saving environment protection intelligent air-conditioning system, whether to record effective optimum health temperature T
intelligence, can complete this function by judge module; (3) under intelligent mode, in automatic conditioning chamber, temperature T room temperature reaches optimum health temperature T gradually
intelligence, can complete this function by adjustment module; (4) keeping track of history thermograph; Described historical thermograph is the T of described air-conditioning system record before each shutdown
record, can complete this function by memory module; (5) judge user heat or refrigeration mode under the temperature set whether lower than or higher than outdoor temperature, and can reminding user, can complete this function by signal output module.Air-conditioning remote control 5 has at least a switch interface 51, two temperature that interface 52, a cooling and warming model selection 53, an intelligent mode interface 54 are set.Described intelligent mode interface 54 is for opening or close the button of energy-saving environment protection intelligent mode of operation; Increase intelligent mode interface 54, can open or close energy-saving environment protection intelligent mode of operation, also can add as required and suspend automated intelligent regulatory function etc.
The working method of energy-saving environment protection intelligent air-conditioning system of the present invention is described as follows.First user is opened energy-saving environment protection intelligent air-conditioning and is selected refrigeration or heating mode by button 53 by button 51, under refrigeration or heating mode, sets a temperature T by button 52
set, then whether energy-saving environment protection intelligent air-conditioning system will record effective user's optimum health temperature T in automatic decision energy-saving environment protection intelligent air-conditioning system
intelligence, as shown in Figure 3.Effectively T
intelligencerefer to that operation of air conditioner meets energy-conservation and health requirements, if air-conditioning T under refrigeration mode
outdoorbe less than T
intelligenceor air-conditioning is T under heating mode
outdoorbe greater than T
intelligence, the T of this record so
intelligencebe exactly invalid; Effectively T
intelligencealso refer to the numerical value of correctly being recorded, upgrade T such as occur in energy-saving environment protection intelligent air-conditioning system record due to fortuitous events such as power-off
intelligencetime, T so
intelligencenumerical value just probably invalid, so when next energy-saving environment protection intelligent air-conditioning system powers on, this T
intelligenceit is invalid to be considered to.If that records in energy-saving environment protection intelligent air-conditioning system does not have effective user's optimum health temperature T
intelligence, energy-saving environment protection intelligent air-conditioning system can be T so
intelligencetemperature setting is set to current outdoor temperature T
outdoorif that records in energy-saving environment protection intelligent air-conditioning system has effective user's optimum health temperature T
intelligence, energy-saving environment protection intelligent air-conditioning system enters next step judgement so.Energy-saving environment protection intelligent air-conditioning system judges the temperature T that user sets subsequently
setwhether equal user's optimum health temperature T
intelligenceif, being not equal to, it is not user's optimum health temperature that system can be selected to point out the temperature that user sets.If operation of air conditioner is under heating mode, energy-saving environment protection intelligent air-conditioning system can judge the temperature T that user sets under this pattern
setwhether be less than outdoor temperature T
outdoor, if so, energy-saving environment protection intelligent air-conditioning system can select to point out the temperature that user arranges to be less than outdoor temperature, and suggestion user resets temperature.If energy-saving environment protection intelligent operation of air conditioner is under refrigeration mode, energy-saving environment protection intelligent air-conditioning system can judge the temperature T that user sets under this pattern
setwhether be greater than outdoor temperature T
outdoor, if so, energy-saving environment protection intelligent air-conditioning system can select to point out the temperature that user arranges to be greater than outdoor temperature, and suggestion user resets temperature.It is to be completed by the outdoor temperature detector 6 in air-conditioner outdoor unit 2 that outdoor temperature detects, and by temperature signal transport module 7(wired or wireless transmission) send data to people-first energy-saving environment protection intelligent air-conditioning system.
If user's starting energy-saving environment-protecting intelligent mode of operation, when indoor temperature T
room temperaturereach user set value after T
set, energy-saving environment protection intelligent air-conditioning system can the current indoor temperature T of automatic decision
room temperaturewhether equal user's optimum health temperature T
intelligence, if so, the intelligent kernel parts 8 in energy-saving environment protection intelligent air-conditioning system will be always the temperature T in room so
room temperaturemaintain user's optimum health temperature T
intelligencework.If current indoor temperature T
room temperaturebe not equal to user's optimum health temperature T
intelligence, the temperature T that energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 will regulate user to set automatically so
set, by indoor temperature T
room temperatureautomatically add a temperature difference temperature T
△, i.e. T
set new=T
room temperature+ T
△.This temperature difference temperature T
△depend on the temperature T of the former setting of user
sett with energy-saving environment protection intelligent air-conditioning system record
intelligencesize, when the temperature T of the former setting of user
setbe greater than T
intelligencetime, T
△be less than zero, indoor temperature T
room temperaturereduce until T again
intelligence; If the temperature T of the former setting of user
setbe less than intelligent temperature T
intelligencetime, T
△be greater than zero, indoor temperature T
room temperatureraise until T
intelligence.Energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 regulate the temperature T that user sets automatically
setafter, after a while (by a period of time of systemic presupposition) can judge again indoor temperature T
room temperaturewhether equal user's optimum health temperature T
intelligenceif, equaling, energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 will maintain this temperature, if be not equal to, the temperature T that energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 can regulate user to set again automatically
setuntil indoor temperature T
room temperaturemeet user's optimum health temperature T
intelligencetill.As can be seen here, in energy-saving environment protection intelligent air-conditioning system of the present invention, energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 can be automatically indoor temperature T
room temperaturebe adjusted to user's optimum health temperature T
intelligencethereby, reach and be not only conducive to the object of user's body health, and the unnecessary power wastage of having avoided the non-optimum health temperature because maintaining user's setting to produce.
User's optimum health temperature T of mentioning in the present invention
intelligencethat energy-saving environment protection intelligent air-conditioning system draws according to the result statistical computation of each run, its statistical computation process as shown in Figure 5, suppose that energy-saving environment protection intelligent air-conditioning has shutdown while being in environment-protecting intelligent mode of operation, exit intelligent mode, suspend automatic regulation function, artificially regulate temperature that this 4 kinds of external events are set.In four kinds of external events, record respectively corresponding temperature, description specific as follows:
(1) user's shutdown, it is T that energy-saving environment protection intelligent air-conditioning system intelligent kernel parts 8 record Current Temperatures
record;
(2) user exits intelligent mode, and it is T that intelligent kernel parts 8 record current design temperature
record, and maintain Current Temperatures;
(3) user suspends automatic regulation function, and it is T that intelligent kernel parts 8 record current design temperature
record, and maintain Current Temperatures; Or intelligent kernel parts 8 regulate temperature setting to be set to T automatically
set=T
room temperature-T
△, and to record this temperature be T
record, and maintain this temperature; If T
setbe more than or equal to T
intelligence, T so
△<0, if T
setbe less than or equal to T
intelligence, T so
△>0;
(4) user's artificial temperature setting, intelligent kernel parts 8 records of regulating under intelligent mode opening
Current artificial design temperature is T
record;
In whole recording process, it is emphasized that if under heating mode T
record<T
outdoor, so by T
recordvalue change T into
outdoor; If under refrigeration mode, T
record>T
outdoor, so by T
recordvalue change T into
outdoor.Energy-saving environment protection intelligent air-conditioning system is according to each T recording over n (n>0) day
record, draw T according to specific algorithm
intelligence.N is one of key character for characterizing individual subscriber situation and custom, unsuitable too small, otherwise can not embody user's personal habits, also some improper records of unfavorable eliminating.Obtain T by statistics
intelligencebe user's optimal comfort temperature, meet user's custom and requirement, be also best suited for user's healthy temperature environment.
Lifting instantiation one is below further elaborated.
Suppose in summer the T of record in energy-saving environment protection intelligent air-conditioning
intelligencebe 22 ℃, and outdoor temperature can reach 30 ℃ conventionally, T under refrigeration mode
intelligencefor effectively; If temperature decrease, outdoor temperature only has 20 ℃, so under refrigeration mode, and this T
intelligencebe exactly invalid, energy-saving environment protection intelligent air-conditioning moves and just belongs to waste power consumption under refrigeration mode, now upgrades T
intelligencefor 20 ℃ of outdoor temperatures.Suppose the T recording in energy-saving environment protection intelligent air-conditioning in the time of winter
intelligencethey be 27 ℃, and outdoor temperature is conventionally all lower than 20 ℃, T under heating mode
intelligence energyfor effectively; If temperature rises sharply, outdoor temperature reaches 30 ℃, so under heating mode, and this T
intelligencebe exactly invalid, air-conditioning moves and just belongs to waste power consumption under heating mode, now upgrades T
intelligencefor 30 ℃ of outdoor temperatures.In the time that changes in temperature replace, or can often there is this situation while not using air-conditioning for a long time in this situation.
Again such as in summer, user is often greedy pleasantly cool, temperature is got to minimum when air-conditioning just brings into operation, for example 16 ℃, although user can feel nice and cool within the shortest time, obviously this is not to be applicable to the optimum temperature of human body, neither air-conditioning economizes the pattern of power consumption most, thereby air-conditioning system, in order to keep the low-temperature condition work of constantly turning round, is wasted power consumption in a large number.If user is manual adjustments temperature not, air-conditioning will so turn round down always.Recurrent situation is exactly that user has forgotten the setting of manual adjustments temperature, only cold at somatosensory or just can remember that the temperature that air-conditioning sets is too low uncomfortable time, should heighten a bit, now air-conditioning has moved significant period of time, a large amount of power consumptions are not only wasted, and also unfavorable to the health of user own, but also need the setting of user's manual adjustments temperature, user's experience sense is very poor.And utilize energy-saving environment protection intelligent energy-saving environment protection intelligent air-conditioning system of the present invention just automatically to regulate temperature, make room temperature reach optimum health temperature, and a large amount of power consumptions that avoid waste, user's experience sense and comfort level all promote greatly.Suppose the optimum health temperature T recording in this section of time energy-saving environment-protecting intelligent air-conditioning system
intelligencebe 22 ℃, outdoor temperature is 30 ℃.The working method of energy-saving environment protection intelligent energy-saving environment protection intelligent air-conditioning system so of the present invention is as follows:
(1) user opens air-conditioning, and opens intelligent mode.For cooling as early as possible, user is 16 ℃ by Temperature Setting, i.e. T
set=16 ℃;
(2) air-conditioning brings into operation, and judges the T of system log (SYSLOG)
intelligenceeffectively, T
setbe not equal to T
intelligence, can select to point out user, user can be indifferent to.T
setand T
intelligenceall, lower than outdoor temperature, all arrange rationally.
(3) operation of air conditioner, room temperature reduces gradually until reach T
set;
(4) work as T
room temperaturereach T
settime, due to T
intelligencebe greater than T
set, energy-saving environment protection intelligent air-conditioning system starts automatic adjusting, rising T
set, room temperature raises gradually until reach optimum health temperature T
intelligence;
(5) work as T
room temperaturereach T
intelligencetime, maintain current T
setconstant, and maintain this temperature;
After said process, indoor temperature maintains T
intelligenceconstant, participate in just reaching user's optimal comfort and healthy temperature without user, and at utmost saved power consumption.With the contrast of the working method of traditional air-conditioning, as shown in table 1.
Table 1
Lift instantiation three below and further set forth energy-saving environment protection intelligent Analysis of air conditioning system calculating optimum health temperature T
intelligence.
Supposing the system calculates optimum health temperature T
intelligencetime cycle be a week.Suppose within this time period, user shuts down after starting shooting at every turn and moving a period of time, and recording current room temperature is T
record A1, T
record A2, T
note record A3..., T
record An, user exits intelligent mode at every turn, and recording current room temperature is T
record B1, T
record B2, T
note record B3..., T
record Bm, when user suspends automatic regulation function, record temperature T
set-T
△for T
record C1, T
record C2, T
record C3..., T
record Cx,, user records current design temperature while regulating temperature setting to put under intelligent mode opening be T
record D1, T
record D2, T
record D3..., T
record Dy.In week age, intelligent kernel parts 8 draw last healthy temperature to the value of these records by certain algorithm.A kind of simple algorithm is average weighted mode, for example
wherein P, Q, R, S are weight coefficient.Can draw a kind of optimum health temperature T by this algorithm
intelligence.
Technical scheme of the present invention is compared traditional air-conditioning, in off-premises station, increase special Temperature Detector 6 and detected outdoor temperature, can automatically adjust the temperature to user's optimum health temperature, without user's manual adjustments, and the unnecessary power wastage that can effectively avoid traditional air-conditioning to produce because maintaining the non-optimum health temperature of user's setting, increases economic efficiency.
The foregoing is only preferred embodiment of the present invention; not thereby limit embodiments of the present invention and protection domain; to those skilled in the art; the scheme that being equal to of should recognizing that all utilizations description of the present invention and diagramatic content make replaces and apparent variation obtains, all should be included in protection scope of the present invention.
Claims (12)
1. an energy-saving environment protection intelligent air-conditioning system, it is characterized in that, described system comprises an indoor apparatus of air conditioner, an air-conditioner outdoor unit, the tracheae of some off-premises stations and indoor set and connection, wireless connections module between one air-conditioning remote control and indoor apparatus of air conditioner, one air-conditioning remote control, described energy-saving environment protection intelligent air-conditioning system also comprises: an outdoor temperature detector, a temperature signal transport module, one intelligent kernel parts, and an intelligent mode interface;
Wherein, described outdoor temperature detector is embedded in described air-conditioner outdoor unit inside, described temperature signal transport module one end is connected with described outdoor temperature detector, the described temperature signal transport module other end is connected with described indoor apparatus of air conditioner, described core intelligence parts are embedded in described indoor apparatus of air conditioner, and described intelligent mode interface is positioned on described air-conditioning remote control.
2. energy-saving environment protection intelligent air-conditioning system as claimed in claim 1, is characterized in that, described intelligent kernel parts comprise:
One computing module, described computing module comprises at least one algorithm unit, described computing module calculates and obtains described healthy temperature according to described algorithm unit;
One judge module, described judge module judges in described air-conditioning system whether recorded healthy temperature, and judges whether the design temperature of air-conditioning equals outdoor temperature;
One adjustment module, described adjustment module is obtained described optimum health temperature, and regulates indoor temperature to described healthy temperature;
One memory module, described memory module keeping track of history thermograph;
One signal output module, described signal output module is exported the judged result of described judge module, with reminding user.
3. energy-saving environment protection intelligent air-conditioning system as claimed in claim 2, is characterized in that, described computing unit is renewable.
4. energy-saving environment protection intelligent air-conditioning system as claimed in claim 1, is characterized in that, described outdoor temperature detector is installed on the place away from door and window, air outlet and other thermal source top.
5. energy-saving environment protection intelligent air-conditioning system as claimed in claim 1, is characterized in that, described temperature signal transport module is wireless transmission.
6. energy-saving environment protection intelligent air-conditioning system as claimed in claim 1, is characterized in that, described temperature signal transport module is wire transmission.
7. an energy-saving environment protection intelligent air-conditioning system working method, is characterized in that, adopts the system described in claim 2 or 3, mainly comprises the following steps:
Step 1, user opens described energy-saving environment protection intelligent air-conditioning, sets a temperature T by described air-conditioning remote control under refrigeration or heating mode
set;
Whether step 2, record effective user's optimum health temperature T in energy-saving environment protection intelligent air-conditioning system described in the judge module automatic decision in described energy-saving environment protection intelligent air-conditioning system
intelligence;
When recording described T in described energy-saving environment protection intelligent air-conditioning system
intelligencetime, directly enter step 3;
When not recording described T in described energy-saving environment protection intelligent air-conditioning system
intelligencetime, described energy-saving environment protection intelligent air-conditioning system is by current outdoor temperature T
outdoorbe arranged to described T
intelligence, then enter step 3;
Step 3, described energy-saving environment protection intelligent air-conditioning system judges described T
setwhether equal described T
intelligence;
When described energy-saving environment protection intelligent air-conditioning system judges described T
setequal described T
intelligencetime, maintain current setting;
When described energy-saving environment protection intelligent air-conditioning system judges described T
setbe not equal to described T
intelligencetime, enter step 4;
Step 4, judges the described T under different mode
set, described T
intelligencewith described T
outdoorbetween relation, in the time satisfying condition, prompting user, in the time not satisfying condition, maintain current setting;
Step 5, user selects whether to pass through intelligent mode interface starting energy-saving environment-protecting intelligent mode of operation;
If not starting energy-saving environment-protecting intelligent mode of operation, moves described air-conditioning system to room temperature and reaches described T
setand maintain room temperature and equal described T
set;
If starting energy-saving environment-protecting intelligent mode of operation, enters step 6;
Step 6, operation of air conditioner to room temperature reaches described T
setafter, the current indoor temperature T of energy-saving environment protection intelligent air-conditioning system automatic decision
room temperaturewhether equal described T
intelligence;
If described T
room temperatureequal described T
intelligence, maintain described T
room temperature;
If described T
room temperaturebe not equal to described T
intelligence, enter step 7;
Step 7, described intelligent kernel parts regulate described T automatically
set, by described T
room temperatureautomatically add a temperature difference temperature T
△, i.e. T
set new=T
room temperature+ T
△; Move described air-conditioning system to room temperature and reach T
set new.
Step 8, after a period of time, judges T again
room temperaturewhether equal T
intelligence;
If T
room temperatureequal T
intelligence, maintain this temperature;
If T
room temperaturebe not equal to T
intelligence, repeating step seven.
8. energy-saving environment protection intelligent air-conditioning system working method as claimed in claim 7, is characterized in that described T
intelligence energythat energy-saving environment protection intelligent air-conditioning system draws according to the result statistical computation of each run;
The mode of operation of described energy-saving environment protection intelligent air-conditioning system has shutdown, exits intelligent mode, suspends automatic regulation function, artificially regulates temperature that this four kinds of patterns are set, respectively a corresponding T who calculates according to algorithms of different
record, according in fixing number of days, record each described in T
recordto draw T
intelligence.
9. energy-saving environment protection intelligent air-conditioning system working method as claimed in claim 8, is characterized in that, described effective T
intelligencethe T that described energy-saving environment protection intelligent operation of air conditioner meets energy-conservation requirement
intelligence;
Air-conditioning is T under refrigeration mode
outdoorbe less than T
intelligence, the T of this record
intelligenceinvalid;
Air-conditioning is T under heating mode
outdoorbe greater than T
intelligence, the T of this record
intelligenceinvalid.
10. energy-saving environment protection intelligent air-conditioning system working method as claimed in claim 7, is characterized in that, described different mode comprises heating mode and refrigeration mode.
11. energy-saving environment protection intelligent air-conditioning system working methods as claimed in claim 10, is characterized in that, the condition in step 4 is:
When described energy-saving environment protection intelligent operation of air conditioner is under described heating mode, described energy-saving environment protection intelligent air-conditioning system can judge described T
setwhether be less than described T
outdoor; If described T
setbe less than described T
outdoor; The temperature that described energy-saving environment protection intelligent air-conditioning system prompting user arranges is less than outdoor temperature, and advises that user resets temperature; If described T
setbe more than or equal to described T
outdoormaintain current design temperature;
When described energy-saving environment protection intelligent operation of air conditioner is under described refrigeration mode, described energy-saving environment protection intelligent air-conditioning system can judge described T
setwhether be greater than described T
outdoor; If described T
setbe greater than described T
outdoor, the temperature that described energy-saving environment protection intelligent air-conditioning system prompting user arranges is greater than outdoor temperature, and advises that user resets temperature; If described T
setbe less than or equal to described T
outdoor, maintain current design temperature.
12. energy-saving environment protection intelligent air-conditioning system working methods as claimed in claim 7, is characterized in that the temperature T of the temperature difference described in step 7
△depend on the T before described intelligent kernel parts regulate automatically
setbe former T
setand T
intelligence energysize;
As former T
setbe greater than T
intelligencetime, T
△be less than zero, T
room temperaturebe reduced to T
intelligence;
As former T
setbe less than T
intelligencetime, T
△be greater than zero, T
room temperaturebe increased to T
intelligence.
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| CN201410117924.XA CN103884083B (en) | 2014-03-26 | 2014-03-26 | A kind of energy-saving environment protection intelligent air conditioning system and working method thereof |
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| CN103884083B CN103884083B (en) | 2016-06-15 |
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| CN111550911A (en) * | 2020-04-14 | 2020-08-18 | 浙江中广电器股份有限公司 | Temperature controller capable of automatically setting target temperature, control method thereof, air conditioner and floor heating |
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| CN103884083B (en) | 2016-06-15 |
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