CN208846626U - Air-conditioning system and its intelligent adjustment control apparatus - Google Patents
Air-conditioning system and its intelligent adjustment control apparatus Download PDFInfo
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- CN208846626U CN208846626U CN201820979558.2U CN201820979558U CN208846626U CN 208846626 U CN208846626 U CN 208846626U CN 201820979558 U CN201820979558 U CN 201820979558U CN 208846626 U CN208846626 U CN 208846626U
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Abstract
The utility model relates to a kind of air-conditioning system and its intelligent adjustment control apparatus, indoor environment temperature and outdoor environment temperature are acquired by temperature collecting device and are sent to outer machine unit, outer machine unit receives indoor environment temperature and outdoor environment temperature calculates indoor/outdoor temperature-difference, it is compared according to indoor/outdoor temperature-difference and fiducial temperature range, temperature adjusting is carried out to the end equipment of corresponding types according to obtained comparing result and default corresponding relationship control automatic regulating valve, the end equipment for being more suitable for current environmental temperature can be selected to carry out temperature adjusting according to indoor/outdoor temperature-difference, so as to be controlled according to indoor/outdoor temperature-difference temperature controlled end equipment is carried out, under the premise of guaranteeing indoor comfort, reduce the power consumption of unit, improve the energy saving in running of unit, it reduces unit and uses operating cost.
Description
Technical field
The utility model relates to air-conditioning technical fields, adjust control more particularly to a kind of air-conditioning system and its intelligence and set
It is standby.
Background technique
With economic rapid growth, people's living standard is significantly improved, and energy consumption also rapidly rises therewith, the energy
The contradiction supplied between consumption increasingly highlights, with various natural calamities in recent years take place frequently and the influence of greenhouse effects,
Environment and energy-saving and emission-reduction problem are more and more paid attention to.With persistently warming for global climate, the rapid proliferation of air-conditioning is led
Electric load of applying surges year by year, and air-conditioning makees a part indispensable in for people's lives, and energy-saving and emission-reduction problem also becomes
Significant consideration when air-conditioning is researched and developed and chosen.
Traditional air-conditioning system meets room temperature demand using indoor wind disk, by wind disk to freeze or heating temperature into
Row setting, needs unit to provide higher or lower water temperature, and unit needs to consume when being freezed or being heated a large amount of electric energy, passes
The air-conditioning system of system needs to consume a large amount of electric energy and is freezed or heated, and increases the consumption of energy, while also increasing air-conditioning
The use cost of unit.
Utility model content
Based on this, it is necessary in view of the above-mentioned problems, provide a kind of energy saving in running that unit can be improved air-conditioning system and
Its intelligent adjustment control apparatus.
A kind of intelligent adjustment control apparatus of air-conditioning system, the equipment include:
Acquire indoor environment temperature and outdoor environment temperature, and by collected indoor environment temperature and outdoor environment temperature
It is sent to the temperature collecting device of outer machine unit；
Receive the collected indoor environment temperature of temperature collecting device and outdoor environment temperature, according to indoor environment temperature and
Outdoor environment temperature calculates indoor/outdoor temperature-difference；Indoor/outdoor temperature-difference and fiducial temperature range are compared, temperature difference comparison knot is obtained
Fruit；Temperature is carried out to the end equipment of corresponding types according to temperature difference comparing result and default corresponding relationship control automatic regulating valve
The outer machine unit adjusted, default corresponding relationship are used to characterize the unlatching type of the end equipment of temperature difference comparing result and air-conditioning system
Corresponding relationship；
According to the control of outer machine unit, the end equipment for controlling corresponding types carries out the automatic regulating valve of temperature adjusting；
Temperature collecting device connects outer machine unit, and outer machine unit connects automatic regulating valve, and automatic regulating valve connects end dress
It sets.
In one embodiment, temperature collecting device is temperature sensor.
In one embodiment, automatic regulating valve is automatic tee valve.
A kind of air-conditioning system, the air-conditioning system include:
Acquire indoor environment temperature and outdoor environment temperature, and by collected indoor environment temperature and outdoor environment temperature
It is sent to the temperature collecting device of outer machine unit；
Receive the collected indoor environment temperature of temperature collecting device and outdoor environment temperature, according to indoor environment temperature and
Outdoor environment temperature calculates indoor/outdoor temperature-difference；Indoor/outdoor temperature-difference and fiducial temperature range are compared, temperature difference comparison knot is obtained
Fruit；Temperature is carried out to the end equipment of corresponding types according to temperature difference comparing result and default corresponding relationship control automatic regulating valve
The outer machine unit adjusted, for characterizing, temperature difference comparing result is corresponding with the unlatching type of end equipment to close default corresponding relationship
System；
According to the control of outer machine unit, the end equipment for controlling corresponding types carries out the automatic regulating valve of temperature adjusting；
The end equipment that indoor environment temperature is adjusted according to the control of automatic regulating valve；
Temperature collecting device connects outer machine unit, and outer machine unit connects automatic regulating valve, and automatic regulating valve connects the end
End device.
In one embodiment, end equipment includes first kind end equipment and Second Type end equipment, the first kind
The power consumption of type end equipment is less than the power consumption of Second Type end equipment, and first kind end equipment connects automatic regulating valve, the
Two type end equipments connect automatic regulating valve.
In one embodiment, temperature collecting device includes room temperature acquisition device and outdoor temperature acquisition device, room
Interior temperature collecting device is set to inside Second Type end equipment, inside outdoor temperature acquisition device equipment and outer machine unit.
In one embodiment, first kind end equipment is radiation capillary end.
In one embodiment, Second Type end equipment is wind disk end.
In one embodiment, first kind end equipment and Second Type end equipment are correspondingly arranged at the same area.
In one embodiment, the quantity of first kind end equipment is two or more, and Second Type end fills
The quantity set is two or more.
Above-mentioned air-conditioning system and its intelligent adjustment control apparatus, acquire indoor environment temperature and room by temperature collecting device
External environment temperature is simultaneously sent to outer machine unit, and outer machine unit receives temperature inside and outside indoor environment temperature and outdoor environment temperature counting chamber
Difference is compared according to indoor/outdoor temperature-difference and fiducial temperature range, according to obtained comparing result and default corresponding relationship control
Automatic regulating valve processed carries out temperature adjusting to the end equipment of corresponding types, can select to be more suitable for according to indoor/outdoor temperature-difference current
The end equipment of environment temperature to carry out temperature adjusting, so as to according to indoor/outdoor temperature-difference to carrying out temperature controlled end equipment
It is controlled, under the premise of guaranteeing indoor comfort, reduces the power consumption of unit, improve the energy saving in running of unit,
It reduces unit and uses operating cost.
Detailed description of the invention
Fig. 1 is the structural block diagram of the intelligent adjustment control apparatus of air-conditioning system in one embodiment；
Fig. 2 is the structural block diagram of air-conditioning system in one embodiment；
Fig. 3 is the structural block diagram of air-conditioning system in another embodiment；
Fig. 4 is the structural block diagram of air-conditioning system in another embodiment.
Specific embodiment
The application in order to facilitate understanding is described more fully the application below with reference to relevant drawings.In attached drawing
Give the preferred embodiment of the application.But the application can realize in many different forms, however it is not limited to herein
Described embodiment.On the contrary, purpose of providing these embodiments is keeps the understanding to disclosure of this application more saturating
It is thorough comprehensive.
In one embodiment, described as shown in Figure 1, providing a kind of intelligent adjustment control apparatus 100 of air-conditioning system
Equipment includes temperature collecting device 10, outer machine unit 20 and automatic regulating valve 30.
Temperature collecting device 10 is for acquiring indoor environment temperature and outdoor environment temperature, and by collected indoor environment
Temperature and outdoor environment temperature are sent to outer machine unit 20.It is appreciated that temperature collecting device 10 can acquire same enclosed area
The accuracy of temperature adjusting can be improved in environment temperature in domain, the environment temperature being also possible in different closed areas.
Outer machine unit 20 is for receiving the collected indoor environment temperature of temperature collecting device 10 and outdoor environment temperature, root
Indoor/outdoor temperature-difference is calculated according to indoor environment temperature and outdoor environment temperature；Indoor/outdoor temperature-difference and fiducial temperature are carried out pair
Than obtaining temperature difference comparing result；30 pairs of automatic regulating valve corresponding classes are controlled according to temperature difference comparing result and default corresponding relationship
The end equipment of type carries out temperature adjusting, and default corresponding relationship is used to characterize the unlatching type of temperature difference comparing result and end equipment
Corresponding relationship.Specifically, air-conditioning system can satisfy refrigeration and heating both of which, in different modes, due to interior
The difference of outer temperature, the indoor/outdoor temperature-difference being calculated also can difference, therefore, by indoor/outdoor temperature-difference and fiducial temperature model
Enclose when comparing, the preset temperature range under the present mode of the indoor/outdoor temperature-difference and air-conditioning system that need to be calculated into
Row comparison, more accurately indoor temperature to be adjusted.There are a variety of situations for the temperature difference comparing result being calculated, different
Temperature difference comparing result react different indoor workload demand situations, corresponded to pass through different temperature difference comparing result and open
The end equipment of type reduces unit and uses fortune under the premise of guaranteeing indoor comfort, to improve the energy saving in running of unit
Row cost.
Automatic regulating valve 30 is used to carry out temperature adjusting to the end equipment of corresponding types according to the control of outer machine unit 20.
Temperature regulating liquid is flow to the end equipment of corresponding types by the corresponding control according to outer machine unit 20 by automatic regulating valve 30
Carry out temperature adjusting.Outer machine unit 20 connects temperature collecting device 10, and outer machine unit 20 connects automatic regulating valve 30, automatic adjustment
Valve 30 connects end equipment 40.
In one embodiment, as shown in Fig. 2, providing a kind of air-conditioning system, system includes intelligent adjustment control apparatus
100 and end equipment 40, intelligent adjustment control apparatus 100 includes temperature collecting device 10, outer machine unit 20 and automatic regulating valve
30, outer machine unit 20 connects temperature collecting device 10, and outer machine unit 20 connects automatic regulating valve 30, and automatic regulating valve 30 connects end
End device 40.
Temperature collecting device 10 is for acquiring indoor environment temperature and outdoor environment temperature, and by collected indoor environment
Temperature and outdoor environment temperature are sent to outer machine unit 20.It is appreciated that temperature collecting device 10 can acquire same enclosed area
The accuracy of temperature adjusting can be improved in environment temperature in domain, the environment temperature being also possible in different closed areas.
Outer machine unit 20 is for receiving the collected indoor environment temperature of temperature collecting device 10 and outdoor environment temperature, root
Indoor/outdoor temperature-difference is calculated according to indoor environment temperature and outdoor environment temperature；Indoor/outdoor temperature-difference and fiducial temperature are carried out pair
Than obtaining temperature difference comparing result；30 pairs of automatic regulating valve corresponding classes are controlled according to temperature difference comparing result and default corresponding relationship
The end equipment of type carries out temperature adjusting, and default corresponding relationship is used to characterize the unlatching type of temperature difference comparing result and end equipment
Corresponding relationship.Specifically, air-conditioning system can satisfy refrigeration and heating both of which, in different modes, due to interior
The difference of outer temperature, the indoor/outdoor temperature-difference being calculated also can difference, therefore, by indoor/outdoor temperature-difference and fiducial temperature model
Enclose when comparing, the preset temperature range under the present mode of the indoor/outdoor temperature-difference and air-conditioning system that need to be calculated into
Row comparison, more accurately indoor temperature to be adjusted.There are a variety of situations for the temperature difference comparing result being calculated, different
Temperature difference comparing result react different indoor workload demand situations, corresponded to pass through different temperature difference comparing result and open
The end equipment of type reduces unit and uses fortune under the premise of guaranteeing indoor comfort, to improve the energy saving in running of unit
Row cost.
Further, outer machine unit 20 obtains corresponding fiducial temperature model according to outdoor environment temperature from presetting database
It encloses.Since different season indoor/outdoor temperature-differences is different, when indoor/outdoor temperature-difference to be compared with fiducial temperature range, need
Fiducial temperature range corresponding with current outdoor environment temperature is obtained from presetting database, according to outdoor environment temperature from
When obtaining corresponding fiducial temperature range in presetting database, by indoor/outdoor temperature-difference fiducial temperature corresponding with outdoor environment temperature
Range compares, and obtains temperature difference comparing result, and fiducial temperature range corresponding with outdoor environment temperature compares to obtain temperature
Poor comparing result can more accurately react the comfort requirement of current indoor.
Automatic regulating valve 30 is used to carry out temperature adjusting to the end equipment of corresponding types according to the control of outer machine unit 20.
Temperature regulating liquid is flow to the end equipment of corresponding types by the corresponding control according to outer machine unit 20 by automatic regulating valve 30
Carry out temperature adjusting.
End equipment 40 is for being adjusted indoor environment temperature according to the control of automatic regulating valve.Specifically, end
The type and quantity of device 40 might not, can according to the actual demand of user carry out flexible setting.
Above-mentioned air-conditioning system and its intelligent adjustment control apparatus, by temperature collecting device 10 acquire indoor environment temperature and
Outdoor environment temperature is simultaneously sent to outer machine unit 20, and outer machine unit receives indoor environment temperature and outdoor environment temperature calculates interior
The outer temperature difference is compared according to indoor/outdoor temperature-difference and fiducial temperature range, according to obtained comparing result and default corresponding pass
System's control automatic regulating valve 30 carries out temperature adjusting to the end equipment 40 of corresponding types, can be selected more according to indoor/outdoor temperature-difference
Be suitble to current environmental temperature end equipment 40 to carry out temperature adjusting, so as to according to indoor/outdoor temperature-difference to carry out temperature control
End equipment 40 controlled, under the premise of guaranteeing indoor comfort, reduce the power consumption of unit, improve unit
Energy saving in running reduces unit and uses operating cost.
In one embodiment, temperature collecting device 10 is temperature sensor, and temperature sensor can acquire indoor environment temperature
Degree and outdoor environment temperature, and collected indoor environment temperature and outdoor environment temperature are sent to outer machine unit 20.
In one embodiment, as shown in figure 3, end equipment 40 includes first kind end equipment 42 and Second Type end
End device 44.First kind end equipment 42 and power consumption are less than the power consumption of Second Type end equipment 44, first kind end dress
42 connection automatic regulating valves 30 are set, Second Type end equipment 44 connects automatic regulating valve 30.Further, first kind end
Device 42 is radiation capillary end, and Second Type end equipment 44 is wind disk end.Radiation capillary end is a kind of efficient
Heat exchanger, capillary network are manufactured by PP-R raw material, therefore but also with high temperature resistant, high pressure resistant, corrosion resistant feature, purposes is wide
General, capillary network further increases heat exchange efficiency with heat dissipating layer and being used in combination for insulating layer.Wind disk end passes through in coil pipe pipe
When inside flowing through chilled water or hot water and outer air heat-exchange is managed, keeps air cooled, dehumidifying or heating are joined to adjust indoor air
Number.
In one embodiment, as shown in figure 4, temperature collecting device 10 includes room temperature acquisition device 12 and outdoor temp
Acquisition device 14 is spent, room temperature acquisition device 12 and outdoor temperature acquisition device 14 are all connected with outer machine unit 20.Further,
The setting of room temperature acquisition device 12 is arranged inside outer machine unit 20 in wind disk terminus inner, outdoor temperature acquisition device 14,
Outer machine unit 20 is set to outdoor.It is appreciated that room temperature acquisition device 12 and outdoor temperature acquisition device 14 can also divide
The region for needing to acquire environment temperature, the setting area of room temperature acquisition device 12 and outdoor temperature acquisition device 14 are not set
Domain is not unique, can be specifically configured according to user demand.
In one embodiment, as shown in figure 3, first kind end equipment 42 and the correspondence of Second Type end equipment 44 are set
It sets in the same area, i.e., is correspondingly arranged on first kind end equipment 42 and Second Type end equipment 44 in the same area, scheme
Middle dotted line indicates the first kind end equipment 42 and Second Type end equipment 44 that are set to the same area.To in outer machine machine
When group 20 carries out temperature adjusting according to the end equipment 40 of obtained comparing result and default corresponding relationship control corresponding types,
The end equipment that may be selected to be more suitable for current indoor demand load is to carry out temperature adjusting, in the premise for guaranteeing indoor comfort
Under, reduce the energy consumption of unit, improves the energy saving in running of unit.Specifically, when indoor/outdoor temperature-difference belongs to fiducial temperature
It when in range, can determine whether to obtain current indoor demand load, then control first kind end equipment 42 and carry out temperature adjusting, work as meter
When obtained indoor/outdoor temperature-difference is belonged within the scope of fiducial temperature, can determine whether current indoor demand load, when required load simultaneously
Less, the smaller first kind end equipment 42 of power consumption may be selected at this time and carries out temperature adjusting；It is preset when indoor/outdoor temperature-difference is greater than
When upper limit value in the temperature difference range, it is larger to can determine whether to obtain current indoor demand load, needs quickly to meet indoor comfortable at this time
Property require, control first kind end equipment 42 and Second Type end equipment 44 at this time and carry out temperature adjusting, in the case,
Temperature adjusting is carried out by opening first kind end equipment 42 and Second Type end equipment 44 simultaneously, both can quickly meet room
Interior comfort requirement, and the energy saving in running of unit can be improved.
Specifically, outer machine unit 20 controls first kind end equipment 42 by automatic regulating valve 30 and carries out temperature adjusting
When, control temperature regulating liquid flow to first kind end equipment 42 and carries out temperature adjusting, and outdoor environment temperature and user are set
Determine the corresponding preset temperature range of temperature model to be compared, temperature comparison result is obtained, according to temperature comparison result to temperature
Control is adjusted in the temperature for adjusting liquid.
In one embodiment, as shown in figure 3, the quantity of first kind end equipment 42 is two or more, the
The quantity of two type end equipments 44 is two or more.Specifically, multiple first can be arranged in same closed area
Type end equipment 42 and Second Type end equipment 44, or first kind end is respectively set in multiple and different closed areas
Device 42 and Second Type end equipment 44.Multiple first kind end equipments 42 and the second class are set in same closed area
Type end equipment 44 can more accurately be adjusted the temperature in closed area, distinguish equipment in multiple and different closed areas
First kind end equipment 42 and Second Type end equipment 44, which can be realized, carries out unified temperature to multiple and different closed areas
It adjusts, improves temperature controlled convenience.
Fiducial temperature range includes the first fiducial temperature range, the second fiducial temperature range and third fiducial temperature range,
Numberical range of the numberical range of first fiducial temperature range less than the second fiducial temperature range, the number of the second fiducial temperature range
It is worth the numberical range that range is less than third fiducial temperature range, the corresponding first kind end dress adjusted of the first fiducial temperature range
Set the quantity and the default temperature of third of the first kind end equipment 42 of 42 quantity adjusting corresponding with the second fiducial temperature range
The quantity proportional of the corresponding first kind end equipment 42 adjusted of poor range, the i.e. corresponding control of the first fiducial temperature range
First kind end equipment 42 of the quantity of the first kind end equipment 42 of system less than the corresponding control of the second fiducial temperature range
Quantity, the quantity of the first kind end equipment 42 of the corresponding control of the second fiducial temperature range is less than third fiducial temperature range
The quantity of the first kind end equipment 42 of corresponding control, this embodiment are suitable for above-mentioned first kind end equipment 42 and all set
The case where being placed in same enclosure space.Specifically, outer machine unit 20 controls the end dress of corresponding types by automatic regulating valve 30
When setting 40 carry out temperature adjusting, when indoor/outdoor temperature-difference belongs to the first fiducial temperature range, the first fiducial temperature range pair is controlled
The first kind end equipment 42 of quantity is answered to carry out temperature adjusting；When indoor/outdoor temperature-difference belongs to the second fiducial temperature range, control
The first kind end equipment 42 for making the second fiducial temperature range corresponding number carries out temperature adjusting；When indoor/outdoor temperature-difference belongs to
When three fiducial temperature ranges, the first kind end equipment 42 of control third fiducial temperature range corresponding number carries out temperature tune
Section.When indoor/outdoor temperature-difference is greater than the upper limit value in fiducial temperature range, first kind end equipment 42 and Second Type are controlled
End equipment 44 carry out the case where temperature adjusting be equally applicable to above by different the temperature difference range control corresponding numbers the
One type end equipment 42 carries out temperature adjusting.
It is appreciated that outer machine unit 20, which controls temperature regulating liquid by automatic regulating valve 30, flow to first kind end dress
When setting 42 carry out temperature adjusting, with specific reference to the indoor/outdoor temperature-difference and preset temperature range being calculated temperature difference comparing result into
The corresponding control of row, specifically, when indoor/outdoor temperature-difference belongs to the first fiducial temperature range, then outer machine unit allocation temperature adjusts liquid
The first kind end equipment 42 that body flow to the first fiducial temperature range corresponding number carries out temperature adjusting；When indoor/outdoor temperature-difference category
When the second fiducial temperature range, then outer machine unit allocation temperature regulating liquid flow to the second fiducial temperature range corresponding number
First kind end equipment 42 carries out temperature adjusting；When indoor/outdoor temperature-difference belongs to third fiducial temperature range, then outer machine unit
The first kind end equipment 42 that control temperature regulating liquid flow to third fiducial temperature range corresponding number carries out temperature adjusting.
Further, when indoor/outdoor temperature-difference is greater than the upper limit value in fiducial temperature range, first kind end equipment 42 and the are controlled
Two type end equipments 44 carry out temperature adjusting, equally can control temperature regulating liquid according to different temperature difference comparing results and flow to
The first kind end equipment 42 and Second Type end equipment 44 of corresponding number carry out temperature adjusting.
In one embodiment, outer machine unit 20 also can receive the regulating command of target end equipment, be filled according to target end
Set the progress temperature adjusting of end equipment 40 that regulating command controls corresponding target area.Target end equipment regulating command is user
It voluntarily inputs according to actual needs, when indoor/outdoor temperature-difference belongs within the scope of fiducial temperature, then target end based on the received
The first kind end equipment 42 that device regulating command controls corresponding target area carries out temperature adjusting；When indoor/outdoor temperature-difference is greater than
When upper limit value in fiducial temperature range, then the regulating command of target end equipment controls the of corresponding target area based on the received
One type end equipment 42 and Second Type end equipment 44 carry out temperature adjusting.By the target end dress for receiving user's input
Regulating command is set, can control the end equipment 40 of corresponding target area to carry out temperature adjusting, improve the convenience adjusted to temperature.
When the quantity of first kind end equipment 42 and Second Type end equipment 44 is multiple, temperature collecting device 10
Collected multiple indoor environment temperatures are sent to outer machine unit 20, outer machine unit 20 receives the temperature acquisition of air-conditioning system
Room is calculated according to multiple indoor environment temperatures in the collected outdoor environment temperature of device 10 and multiple indoor environment temperatures
Interior environment temperature averages, and indoor/outdoor temperature-difference is calculated according to indoor environment temperature average value and outdoor environment temperature, with
Improve the accuracy that temperature is adjusted.
Specifically, to understand convenient for scheme, in conjunction with the carrying out practically mode of air-conditioning system, above-mentioned air-conditioning system is intelligently adjusted
Section control method is described in detail.
When the present mode of operation of air-conditioning system is refrigeration mode, outer machine unit 10 receives multiple indoor environment temperatures
TInterior 1、TInterior 2... and outdoor environment temperature TIt is outdoor, calculate indoor/outdoor temperature-difference △ T at this time1。
△T1=TIt is outdoor-[(TInterior 1+TInterior 2+……TIndoor n)/n]
Then the △ T that will be calculated1Fiducial temperature range △ T corresponding with current outdoor environment temperatureDefault 1~△ TDefault 2
It compares:
1) as △ T1< △ TDefault 1When, unit judges that current indoor condition meets user demand at this time, and unit does not execute at this time
Movement；
2) as △ TDefault 2> △ T1> △ TDefault 1When, unit judges that current indoor demand load, unit allocation radiate hair at this time
Tubule end carries out temperature adjusting, to indoor offer cooling capacity.
3) as △ T1< △ TDefault 2When, unit judges that current indoor demand load is larger at this time, needs quickly to meet room at this time
Interior comfort requirement, unit allocation radiates capillary end and wind disk end carries out temperature adjusting, fast-refrigerating.
When the present mode of operation of air-conditioning system is heating mode, outer machine unit 10 receives multiple indoor environment temperatures
TInterior 1、TInterior 2... and outdoor environment temperature TIt is outdoor, calculate indoor/outdoor temperature-difference △ T at this time2。
△T2=TIt is outdoor-[(TInterior 1+TInterior 2+……TIndoor n)/n]
Then the △ T that will be calculated2Fiducial temperature range △ T corresponding with current outdoor environment temperatureDefault 3~△ TDefault 4
It compares:
1) as △ T2< △ TDefault 3When, unit judges that current indoor condition meets user demand at this time, and unit does not execute at this time
Movement；
2) as △ TDefault 4> △ T2> △ TDefault 3When, unit judges that current indoor demand load, unit allocation radiate hair at this time
Tubule end carries out temperature adjusting, to indoor offer heat.
3) as △ T2< △ TDefault 4When, unit judges that current indoor demand load is larger at this time, needs quickly to meet room at this time
Interior comfort requirement, unit allocation radiates capillary end and wind disk end carries out temperature adjusting, quickly heats.
In one embodiment, by taking temperature regulating liquid is water as an example, when outer machine unit 20 is controlled by automatic regulating valve 30
When system radiation capillary end carries out temperature adjusting, unit water outlet temperature setting carries out as follows:
When air-conditioning system is refrigeration mode, by taking preset temperature range is 27 DEG C~35 DEG C as an example, then outer machine unit 20
It is as shown in table 1 that outdoor environment temperature when accordingly and preset temperature range are compared the corresponding unit leaving water temperature of setting,
Middle TIt is outdoorFor collected current outdoor environment temperature, TSet out waterFor the setting leaving water temperature of corresponding unit.
| Environment temperature | Set water temperature |
| 35 DEG C of < TIt is outdoor | TSet out water=15 DEG C |
| 27 < TIt is outdoor≤35℃ | TSet out water=17 DEG C |
| TIt is outdoor≤27℃ | TSet out water=19 DEG C |
Table 1
When air-conditioning system is heating mode, by taking preset temperature range is -5 DEG C~5 DEG C as an example, then outer 20 basis of machine unit
It is as shown in table 2 that outdoor environment temperature at this time and preset temperature range are compared the corresponding unit leaving water temperature of setting, wherein
TIt is outdoorFor collected current outdoor environment temperature, TSet out waterFor the setting leaving water temperature of corresponding unit.
| Environment temperature | Set water temperature |
| 5 DEG C of < TIt is outdoor | TSet out water=38 DEG C |
| - 5 < TIt is outdoor≤5℃ | TSet out water=42 DEG C |
| TIt is outdoor≤-5℃ | TSet out water=45 DEG C |
Table 2
Each technical characteristic of embodiment described above can be combined arbitrarily, for simplicity of description, not to above-mentioned reality
It applies all possible combination of each technical characteristic in example to be all described, as long as however, the combination of these technical characteristics is not deposited
In contradiction, all should be considered as described in this specification.
Above-described embodiments merely represent several embodiments of the utility model, the description thereof is more specific and detailed,
But it cannot be understood as the limitations to utility model patent range.It should be pointed out that for the common skill of this field
For art personnel, without departing from the concept of the premise utility, various modifications and improvements can be made, these are belonged to
The protection scope of the utility model.Therefore, the scope of protection shall be subject to the appended claims for the utility model patent.
Claims (10)
1. a kind of intelligent adjustment control apparatus of air-conditioning system, which is characterized in that the equipment includes:
Acquire indoor environment temperature and outdoor environment temperature, and by the collected indoor environment temperature and the outdoor environment
Temperature is sent to the temperature collecting device of outer machine unit；
The collected indoor environment temperature of temperature collecting device and the outdoor environment temperature are received, according to the indoor ring
Border temperature and the outdoor environment temperature calculate indoor/outdoor temperature-difference；The indoor/outdoor temperature-difference and fiducial temperature range are carried out pair
Than obtaining temperature difference comparing result；According to the temperature difference comparing result and default corresponding relationship control automatic regulating valve to correspondence
The end equipment of type carries out the outer machine unit of temperature adjusting, and the default corresponding relationship is for characterizing temperature difference comparing result and sky
The corresponding relationship of the unlatching type of the end equipment of adjusting system；
According to the control of the outer machine unit, the end equipment for controlling corresponding types carries out the automatic regulating valve of temperature adjusting；
The temperature collecting device connects the outer machine unit, and the outer machine unit connects the automatic regulating valve, described automatic
Regulating valve connects the end equipment.
2. the intelligent adjustment control apparatus of air-conditioning system according to claim 1, which is characterized in that the temperature acquisition dress
It is set to temperature sensor.
3. the intelligent adjustment control apparatus of air-conditioning system according to claim 1, which is characterized in that the automatic regulating valve
For automatic tee valve.
4. a kind of air-conditioning system, which is characterized in that the air-conditioning system includes air-conditioning system as described in any one of claims 1-3
The intelligent adjustment control apparatus and end equipment of system, the temperature collecting device connect the outer machine unit, the outer machine machine
Group connects the automatic regulating valve, and the automatic regulating valve connects the end equipment.
5. air-conditioning system according to claim 4, which is characterized in that the end equipment includes first kind end equipment
With Second Type end equipment, the power consumption of the first kind end equipment is less than the power consumption of the Second Type end equipment,
The first kind end equipment connects the automatic regulating valve, and the Second Type end equipment connects the automatic adjustment
Valve.
6. air-conditioning system according to claim 5, which is characterized in that the temperature collecting device includes being all connected with outside described
The room temperature acquisition device and outdoor temperature acquisition device of machine unit.
7. air-conditioning system according to claim 5, which is characterized in that the first kind end equipment is radiation capillary
End.
8. air-conditioning system according to claim 5, which is characterized in that the Second Type end equipment is wind disk end.
9. air-conditioning system according to claim 5, which is characterized in that the first kind end equipment and second class
Type end equipment is correspondingly arranged at the same area.
10. air-conditioning system according to claim 5, which is characterized in that the quantity of the first kind end equipment is two
A or more than two, the quantity of the Second Type end equipment is two or more.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108613326A (en) * | 2018-06-25 | 2018-10-02 | 珠海格力电器股份有限公司 | Air-conditioning system and its intelligent adjustment control method, device, computer equipment |
| CN111392025A (en) * | 2020-03-26 | 2020-07-10 | 大连船舶重工集团有限公司 | Cabin temperature control method considering environmental temperature |
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2018
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108613326A (en) * | 2018-06-25 | 2018-10-02 | 珠海格力电器股份有限公司 | Air-conditioning system and its intelligent adjustment control method, device, computer equipment |
| CN108613326B (en) * | 2018-06-25 | 2024-05-10 | 珠海格力电器股份有限公司 | Air conditioning system, intelligent regulation control method and device thereof and computer equipment |
| CN111392025A (en) * | 2020-03-26 | 2020-07-10 | 大连船舶重工集团有限公司 | Cabin temperature control method considering environmental temperature |
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