CN108482404A - Temperature zone control system and subregion method for regulating temperature in a kind of compartment - Google Patents
Temperature zone control system and subregion method for regulating temperature in a kind of compartment Download PDFInfo
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- CN108482404A CN108482404A CN201810496086.XA CN201810496086A CN108482404A CN 108482404 A CN108482404 A CN 108482404A CN 201810496086 A CN201810496086 A CN 201810496086A CN 108482404 A CN108482404 A CN 108482404A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B61—RAILWAYS
- B61D—BODY DETAILS OR KINDS OF RAILWAY VEHICLES
- B61D27/00—Heating, cooling, ventilating, or air-conditioning
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Air-Conditioning For Vehicles (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The present invention relates to temperature zone control systems in a kind of compartment, including air-conditioning system, further include, and environmental Kuznets Curves host is connect with air-conditioning system in compartment, for sending control instruction to air-conditioning system；Multiple vehicle interior temperature sensors, are configured to the Current Temperatures of each subregion in detection compartment, and testing result is transmitted to environmental Kuznets Curves host；Multiple subregion setting apparatus, are correspondingly arranged in each subregion, and are connect with environmental Kuznets Curves host by communication network, and the subregion setting apparatus is configured for the set temperature of subregion where being set or adjusted；The environmental Kuznets Curves host adjusts the operation of air-conditioning system according to the set temperature, and the temperature of each subregion in compartment is made to reach or close to set temperature.The invention further relates to a kind of using temperature zone control system subregion method for regulating temperature in above-mentioned compartment, and independent temperature adjustment is carried out to achieve the purpose that meet user demand by will be divided into multiple subregions in compartment, and to each subregion.
Description
Technical field
The present invention relates to temperature control system, temperature zone control system and subregion temperature adjustment side in especially a kind of compartment
Method.
Background technology
Air-conditioning device is typically equipped on existing rail vehicle, air conditioning exhausting is uniformly sent in compartment by air duct, often
The air output of a air outlet is essentially identical, keeps the temperature in compartment uniform, but since compartment volume is larger, occupant's number
More, different people is to temperature requirement difference in compartment, if compartment temperature is constant, terribly cold, the somebody of some people feel
It may then feel awfully hot, especially old man and child is more sensitive to temperature in compartment, if compartment temperature is subcooled, holds
Easily cause to catch a cold, and often cause the discontented of Young Patients if compartment temperature overheats, therefore, it is difficult to meet passenger to relaxing
The requirement of adaptive, likewise, existing coach bus and part bus are also fitted with air-conditioning, the passenger couple in car
In vehicle interior temperature, there is also personalized demands, wherein the air louver for the coach having be equipped with renovate can taking human as adjustment,
But the air-conditioning system of car can only know interior bulk temperature, can not be matched to according to the service condition of interior air louver optimal
Operational mode, therefore, thermoregulation effect is limited, and intelligent level is low.
Given this present invention is proposed.
Invention content
It is an object of the present invention to overcome the deficiencies of the prior art and provide temperature zonal control system in a kind of compartment
System can carry out independent temperature adjustment to each subregion in compartment, and the temperature of subregion, reaches where so that passenger is adjusted it as needed
Meet the requirement of comfort.
It is another object of the present invention to provide a kind of subregion tune using temperature zone control system in above-mentioned compartment
Warm method.
In order to realize that the first invention purpose, the present invention adopt the following technical scheme that：
Temperature zone control system in a kind of compartment, including air-conditioning system further include,
Environmental Kuznets Curves host is connect with air-conditioning system in compartment, for sending control instruction to air-conditioning system, and with electricity
Source interface and multiple communication interfaces；
Multiple vehicle interior temperature sensors, are configured to the Current Temperatures of each subregion in detection compartment, and testing result is passed
Environmental Kuznets Curves host is transported to, so that environmental Kuznets Curves host obtains the Current Temperatures information of each subregion；
Further include that multiple subregion setting apparatus are correspondingly arranged in each subregion, and pass through communication network and environmental Kuznets Curves master
Machine connects, and the subregion setting apparatus is configured for the set temperature of subregion where being set or adjusted；
The environmental Kuznets Curves host adjusts the operation of air-conditioning system according to the set temperature, makes the temperature of each subregion in compartment
Degree reaches or close to set temperature.
Further, the air-conditioning system includes air-conditioner controller, air-conditioner set and multiple fan valve executors；The air-conditioning
Controller and fan valve executor are connect by communication network with environmental Kuznets Curves host respectively；The air-conditioner controller is for controlling sky
The operation of unit is adjusted, the fan valve executor is arranged at the air-conditioner air outlet of each subregion, for controlling air-conditioner air outlet
Aperture, environmental Kuznets Curves host are configured to individually control each fan valve executor action.
Further, the air-conditioning system further includes carriage electric heating device, the carriage electric heating device and airconditioning control
Device connects, and is controlled and run by air-conditioner controller.
Further, further include a display control host, the display control host passes through communication network and environmental Kuznets Curves master
Machine connects, and display control host is configured to cooperate with the set temperature for each subregion to be set or adjusted with subregion setting apparatus, with
And the set temperature value of each subregion of display.
Further, the display control host includes touch screen and memory module；The touch screen is for inputting each point
The detected value of the set temperature value in area and the set temperature value and vehicle interior temperature sensor of each subregion of display, the memory module
Set temperature value for preserving each subregion.
Further, further include the outer temperature sensor of vehicle, mounted on vehicle exterior, the temperature for detecting vehicle exterior, and
Testing result is transmitted to environmental Kuznets Curves host, so that environmental Kuznets Curves host obtains the Current Temperatures information of vehicle exterior, and root
The operating mode of air-conditioning system is adjusted according to the information.
Further, at least provided with a vehicle interior temperature sensor in each subregion, the vehicle interior temperature sensor is set with subregion
Determine device connection, and testing result is transmitted to by environmental Kuznets Curves host by subregion setting apparatus and communication network.
Further, the subregion setting apparatus is mounted on the railroad car lateral wall of each subregion, and with a display screen for showing
Show Current Temperatures and set temperature and operation button, the set temperature for subregion where being set or adjusted.
Further, further include the multiple humidity sensors and humidifier being connect with environmental Kuznets Curves host, the humidity passes
Sensor is configured to the current humidity of each subregion in detection compartment, and testing result is transmitted to environmental Kuznets Curves host, so that ring
Border control host obtains the current humidity information of each subregion；The humidifier is connected to air-conditioner air outlet, and by environment control
Host computer control operation processed.
In order to realize that the second goal of the invention, the present invention adopt the following technical scheme that：
A kind of subregion method for regulating temperature using temperature zone control system in above-mentioned compartment includes the following steps：
Step 1: by multiple subregions are divided into compartment, the current temperature of each subregion is detected using vehicle interior temperature sensor
Degree, makes environmental Kuznets Curves host obtain the Current Temperatures of each subregion；
Step 2: the set temperature of each subregion is arranged by subregion setting apparatus, and it is transmitted to environmental Kuznets Curves host, environment
The weighted average that control host calculates all subregions according to the Current Temperatures and set temperature of each subregion got is current
Temperature and weighted average set temperature, and result of calculation is input to air-conditioning system, air-conditioning system exports foot according to result of calculation
Enough refrigerating capacitys or heating capacity；
Step 3: the Current Temperatures of each subregion are detected in real time, and the Current Temperatures and set temperature of more each subregion,
Air output of the air-conditioning system into the subregion is adjusted according to the difference of the two, and difference is bigger, air output is bigger, keeps compartment each
The temperature of subregion reaches or close to set temperature.
After technical solutions according to the invention, following advantageous effect is brought：
1, the present invention may be implemented to carry out subregion temperature control to interior, and passenger can be voluntarily adjusted as needed where it
The temperature in region realizes fining adjustment, and the body-sensing comfort level that can meet different crowd requires the characteristic to differ, makes compartment inner ring
Border is more pleasant, meets requirement of the passenger to comfort.
2, modularized design may be used in the configuration of the present invention is simple, and manufacturing cost is low, safeguards simply, between different components
It is connected by communication network, good reliability, stability is high.
3, control system of the invention operation is flexible, and occupation mode is simple, is used convenient for passenger and crew member.
Description of the drawings
Fig. 1：The catenation principle figure of the embodiment of the present invention one；
Fig. 2：The network topology structure chart of the embodiment of the present invention one；
Fig. 3：The network topology structure chart of the embodiment of the present invention two；
Fig. 4：The catenation principle figure of the embodiment of the present invention three；
Wherein：1, environmental Kuznets Curves host 2, vehicle interior temperature sensor 3, subregion setting apparatus 4, display control host 5, vehicle
Outer temperature sensor 6, air-conditioner controller 7, air-conditioner set 8, carriage electric heating device 9, fan valve executor 10, humidity pass
Sensor 11, humidifier.
Specific implementation mode
The specific implementation mode of the present invention is described in further detail below in conjunction with the accompanying drawings.
Embodiment one
As depicted in figs. 1 and 2, temperature zone control system in a kind of compartment, including, air-conditioning system, environmental Kuznets Curves host
1, temperature sensor 5 outside vehicle interior temperature sensor 2, subregion setting apparatus 3, display control host 4 and vehicle.The interior divides
For multiple subregions, a vehicle interior temperature sensor 2 and a subregion setting apparatus 3 are at least installed in each subregion, and in each subregion
Equipped at least one air-conditioner air outlet.The environmental Kuznets Curves host 1 is connect with air-conditioning system in compartment, for being sent out to air-conditioning system
Control instruction is sent, and there is power interface and multiple communication interfaces, wherein power interface is connect with interior power supply system, is communicated
Interface is connect with the communication network in compartment.Temperature sensor 5 passes through outside the subregion setting apparatus 3, display control host 4 and vehicle
Communication network is connect with environmental Kuznets Curves host 1, or can also directly be connected with the communication interface of environmental Kuznets Curves host 1 by cable
It connects.Preferably, the vehicle interior temperature sensor 2 is connect with subregion setting apparatus 3, and vehicle interior temperature sensor 2 is for detecting in compartment
The Current Temperatures of each subregion, and testing result is transmitted to environmental Kuznets Curves host 1 by subregion setting apparatus 3 and communication network,
Environmental Kuznets Curves host 1 is set to get the Current Temperatures information of each subregion, alternatively, vehicle interior temperature sensor 2 can also directly lead to
Communication network is crossed to connect with environmental Kuznets Curves host 1 or directly connect with environmental Kuznets Curves host 1 by cable.The subregion setting
The set temperature of subregion, is a kind of human-computer exchange device, the set temperature is by manually controlling where device 3 is used to be set or adjusted
System, i.e., passenger is voluntarily arranged as needed.Environmental Kuznets Curves host 1 adjusts the operation of air-conditioning system according to the set temperature, makes
The temperature of each subregion in compartment reaches or close to set temperature.
The air-conditioning system includes that air-conditioner controller 6, air-conditioner set 7, carriage electric heating device 8 and multiple air-valves execute
Device 9；The air-conditioner controller 6 and fan valve executor 9 are connect by communication network with environmental Kuznets Curves host 1 respectively, for receiving
Instruction from environmental Kuznets Curves host 1；Air-conditioner set 7 is for freezing, and carriage electric heating device 8 is for heating；The air-conditioning control
Device 6 processed is connect with air-conditioner set 7 and carriage electric heating device 8, the fortune for controlling air-conditioner set 7 and carriage electric heating device 8
Row, the fan valve executor 9 are motor-driven valve, and fan valve executor 9 is arranged at the air-conditioner air outlet of each subregion, for controlling sky
The aperture in air port is recalled, and then adjusts the size of air output, each fan valve executor 9 corresponds to one with environmental Kuznets Curves host 1
Communication interface connects, and environmental Kuznets Curves host 1 can individually control the action of each fan valve executor 9.
The display control host 4 is mounted in electrical cabinet, and is cooperated with subregion setting apparatus 3, for being arranged or adjusting
The set temperature of whole each subregion and the set temperature value of each subregion of display.Display control host 4 is mainly used for service on buses or trains
Member uses, and subregion setting apparatus 3 is used to use to passenger, it is preferable that the priority of display control host 4 is higher than subregion setting apparatus 3.
The display control host 4 includes touch screen and memory module；The touch screen is used to input the set temperature value of each subregion
With the detected value of the set temperature value and vehicle interior temperature sensor 2 that show each subregion, the memory module is used to preserve each
The set temperature value of subregion.Crew can pass through the touch screen of display control host 4, the setting temperature of each subregion of manual setting
Degree.Preferably, the touch screen is additionally operable to the status information of real-time display fan valve executor 9.
The Current Temperatures information that the environmental Kuznets Curves host 1 is responsible for collecting each subregion in compartment (comes from vehicle interior temperature
Sensor 2) and temperature set information (coming from subregion setting apparatus 3 or display control host 4), and by weighting algorithm, it will most
Whole full vehicle weighted average Current Temperatures and weighted average set temperature send air-conditioner controller 6 to by communication interface, by sky
It adjusts controller 6 to control air-conditioner set 7 or the operation of carriage electric heating device 8, generates enough refrigerating capacitys or heating capacity, environmental Kuznets Curves
Host 1 individually adjusts the air output of each subregion, reaches differential adjustment subregion by the fan valve executor 9 of each subregion of control
Temperature is allowed to the purpose close to each subregion set temperature.
Preferably, there are two vehicle interior temperature sensors 2 and two air-conditioner air outlets, each air-conditioning to go out for installation in each subregion
Air port corresponds to and is equipped with a fan valve executor 9, inspection as the subregion after the detected values of two vehicle interior temperature sensors 2 is averaged
Thermometric angle value.
The outer temperature sensor 5 of the vehicle is mounted on vehicle exterior, the temperature for detecting vehicle exterior, and by testing result
It is transmitted to environmental Kuznets Curves host 1, so that environmental Kuznets Curves host 1 obtains the Current Temperatures information of vehicle exterior, environmental Kuznets Curves host 1
The operating mode that air-conditioning system is controlled according to temperature outside vehicle, as when temperature is low outside vehicle, air-conditioning system runs heating mode, guest room
Electric heater unit 8 starts work, and when the outer temperature of vehicle is high, air-conditioning system runs refrigeration mode, and air-conditioner set 7 starts work.
Preferably, the subregion setting apparatus 3 is mounted in the compartment wall of each subregion, is wall mounted versions, and have one
Display screen is for showing current temperature value and set temperature value, and subregion sets where also being used to be set or adjusted with operation button
Constant temperature degree.
Preferably, the environmental Kuznets Curves host 1 be mounted on compartment electrical cabinet in, the communication network include CAN bus and
RS232 connections, the outer temperature sensor 5 of the subregion setting apparatus 3, vehicle, air-conditioner controller 6, fan valve executor 9 are total by CAN
Line is connect with environmental Kuznets Curves host 1, and the display control host 4 is connect by RS232 connections with environmental Kuznets Curves host 1.
Embodiment two
As shown in figure 3, the difference between this embodiment and the first embodiment lies in, on the basis of embodiment one, the present embodiment is also
In the corridor in compartment, it also is provided with vehicle interior temperature sensor 2, and connect with environmental Kuznets Curves host 1, environmental Kuznets Curves host 1 obtains
Current Temperatures in each subregion and corridor are used for weighted calculation.
Embodiment three
As shown in figure 4, the difference between this embodiment and the first embodiment lies in, it is also added in the compartment of the present embodiment and environment
The multiple humidity sensors 10 and humidifier 11 that host 1 connects are controlled, the humidity sensor 10 is configured in detection compartment
The current humidity of each subregion, and testing result is transmitted to environmental Kuznets Curves host 1 so that environmental Kuznets Curves host 1 obtain it is each
The current humidity information of subregion；The humidifier 11 is connected to air-conditioner air outlet, and is controlled and run by environmental Kuznets Curves host 1.
The humidity sensor 10 and vehicle interior temperature sensor 2 can integrate, and be connect with subregion setting apparatus 3, subregion setting
The current humidity information of subregion where device 3 can be shown, when humidity is relatively low in compartment, the control humidification dress of environmental Kuznets Curves host 1
Set 11 operations.
The course of work of temperature zone control system is in the compartment of the present invention：
First, system electrification, display control host 4 read the set temperature for its self registering last time running each subregion
Value, and send preliminary set time of the environmental Kuznets Curves host 1 as each control partition to.
Crew can be manually entered the set temperature of each subregion by the touch screen of display control host 4.
Air-conditioning system enters automatic running pattern；Pre-heater or pre-cooler operating mode is initially entered, zone control system is not situated between at this time
Enter, after air-conditioning system is detached from pre-heater or pre-cooler operating mode, zone control system intervention starts according to user demand, to each point
Area carries out personalization and accurately controls.
Specifically, the process of the control of environmental Kuznets Curves host 1 air-conditioning system operation is：Environmental Kuznets Curves host 1 calculates weighting
Mean temperature and weighting set temperature, send air-conditioner controller 6 to, air-conditioner controller 6 control accordingly 7 each component of air-conditioner set or
Carriage electric heating device 8 is run, and ensures to export enough refrigerating capacity or heating capacity.
In air-conditioning system operational process, the passenger of each subregion can be adjusted by subregion setting apparatus 3 according to their needs
The set temperature of whole subregion.After environmental Kuznets Curves host 1 detects that subregion set temperature changes, by adjusting the wind of respective partition
The aperture of valve actuator 9 adjusts air output, and then realizes and carry out personalized adjustment to the temperature of subregion.
The invention further relates to a kind of subregion method for regulating temperature using temperature zone control system in above-mentioned compartment, including with
Lower step：
Step 1: by multiple subregions are divided into compartment, the current temperature of each subregion is detected using vehicle interior temperature sensor 2
Degree, makes environmental Kuznets Curves host 1 obtain the Current Temperatures information of each subregion；
Step 2: the set temperature of each subregion is arranged by subregion setting apparatus 3, and it is transmitted to environmental Kuznets Curves host 1, ring
The weighted average that border control host 1 calculates all subregions according to the Current Temperatures and set temperature of each subregion got is worked as
Preceding temperature and weighted average set temperature, and result of calculation is input to air-conditioning system, air-conditioning system is exported according to result of calculation
Enough refrigerating capacitys or heating capacity；
Step 3: the Current Temperatures of each subregion are detected in real time, and the Current Temperatures and set temperature of more each subregion,
Air output of the air-conditioning system into the subregion is adjusted according to the difference of the two, and difference is bigger, air output is bigger, keeps compartment each
The temperature of subregion reaches or close to set temperature.
Preferably, further include the current humidity for detecting each subregion in step 1, environmental Kuznets Curves host 1 is made to obtain respectively
The current humidity information of a subregion；Further include that environmental Kuznets Curves host 1 adds according to the humidity information control detected in step 2
Wet device 11 is run；Such as when the medial humidity detected is less than setting value, environmental Kuznets Curves host 1 controls humidifier 11 and transports
Row, to improve the humidity in compartment.
Specifically, in step 2, the computational methods of the weighted average Current Temperatures are obtain each subregion current
Temperature information and being multiplied by after coefficient adds up；The computational methods of the weighted average set temperature are to obtain the setting of each subregion
Temperature information and being multiplied by after coefficient adds up；Weighted mean method is utilized in above-mentioned computational methods, and the weighted average Current Temperatures are made
To input the current environmental temperature of air-conditioning system, the weighted average set temperature runs the setting temperature reached as air-conditioning system
Degree, specifically, according to the difference of weighted average Current Temperatures and weighted average set temperature, air-conditioner controller 6 controls air conditioner
Group 7 or carriage electric heating device 8 generate enough refrigerating capacitys or heating capacity with certain Power operation.
Above-described embodiment is applied to rail vehicle and/or Passenger Vehicle, to meet in rail vehicle and/or passenger car
The personalized adjustment of each zone temperature in portion.
The above is embodiments of the present invention, it is noted that for the ordinary skill in the art, not
It is detached under the premise of the principle of the invention, various deformation and improvement can also be made, this should also be considered as protection scope of the present invention.
Claims (10)
1. temperature zone control system in a kind of compartment, including air-conditioning system, it is characterised in that：Further include,
Environmental Kuznets Curves host, connect with air-conditioning system, for sending control instruction to air-conditioning system, and with power interface and more
A communication interface；
Multiple vehicle interior temperature sensors, are configured to the Current Temperatures of each subregion in detection compartment, and testing result is transmitted to
Environmental Kuznets Curves host, so that environmental Kuznets Curves host obtains the Current Temperatures information of each subregion；
Multiple subregion setting apparatus, are correspondingly arranged in each subregion, and are connect with environmental Kuznets Curves host by communication network, described
Subregion setting apparatus is configured for the set temperature of subregion where being set or adjusted；
The environmental Kuznets Curves host adjusts the operation of air-conditioning system according to the set temperature, and the temperature of each subregion in compartment is made to reach
It arrives or close to set temperature.
2. temperature zone control system in a kind of compartment according to claim 1, it is characterised in that：The air-conditioning system packet
It includes, air-conditioner controller, air-conditioner set and multiple fan valve executors；The air-conditioner controller and fan valve executor pass through communication respectively
Network is connect with environmental Kuznets Curves host；The air-conditioner controller is used to control the operation of air-conditioner set, and the fan valve executor is set
It sets at the air-conditioner air outlet of each subregion, the aperture for controlling air-conditioner air outlet, environmental Kuznets Curves host is configured to individually control
Make each fan valve executor action.
3. temperature zone control system in a kind of compartment according to claim 2, it is characterised in that：The air-conditioning system is also
Including carriage electric heating device, the carriage electric heating device is connect with air-conditioner controller, and is controlled and transported by air-conditioner controller
Row.
4. temperature zone control system in a kind of compartment according to claim 1 or 2, it is characterised in that：Further include one aobvious
Show that control host, the display control host are connect by communication network with environmental Kuznets Curves host, display control host is configured to
The set temperature for each subregion to be set or adjusted, and the set temperature of each subregion of display are cooperateed with subregion setting apparatus
Value.
5. temperature zone control system in a kind of compartment according to claim 4, it is characterised in that：The display control master
Machine includes touch screen and memory module；The touch screen is used to input the set temperature value of each subregion and shows each subregion
The detected value of set temperature value and vehicle interior temperature sensor, the memory module are used to preserve the set temperature value of each subregion.
6. temperature zone control system in a kind of compartment according to claim 1 or 2, it is characterised in that：Further include outside vehicle
Temperature sensor is mounted on vehicle exterior, the temperature for detecting vehicle exterior, and testing result is transmitted to environmental Kuznets Curves master
Machine so that environmental Kuznets Curves host obtains the Current Temperatures information of vehicle exterior, and adjusts the work of air-conditioning system according to the information
Pattern.
7. temperature zone control system in a kind of compartment according to claim 1, it is characterised in that：In each subregion at least
Equipped with a vehicle interior temperature sensor, the vehicle interior temperature sensor is connect with subregion setting apparatus, and by subregion setting apparatus and is led to
Testing result is transmitted to environmental Kuznets Curves host by news network.
8. temperature zone control system in a kind of compartment according to claim 1 or claim 7, it is characterised in that：The subregion is set
Device is determined on the railroad car lateral wall of each subregion, and is used to show Current Temperatures and set temperature with a display screen, and
Operation button, the set temperature for subregion where being set or adjusted.
9. temperature zone control system in a kind of compartment according to claim 1, it is characterised in that：Further include, with environment
The multiple humidity sensors and humidifier of host connection are controlled, the humidity sensor is configured to each subregion in detection compartment
Current humidity, and testing result is transmitted to environmental Kuznets Curves host, so that environmental Kuznets Curves host obtains the current of each subregion
Humidity information；The humidifier is connected to air-conditioner air outlet, and is run by environmental Kuznets Curves host computer control.
10. a kind of subregion method for regulating temperature using such as temperature zone control system in claim 1-9 any one of them compartment,
It is characterized by comprising the following steps：
Step 1: by multiple subregions are divided into compartment, the Current Temperatures of each subregion are detected using vehicle interior temperature sensor, are made
Environmental Kuznets Curves host obtains the Current Temperatures of each subregion；
Step 2: the set temperature of each subregion is arranged by subregion setting apparatus, and it is transmitted to environmental Kuznets Curves host, environmental Kuznets Curves
Host calculates the weighted average Current Temperatures of all subregions according to the Current Temperatures and set temperature of each subregion got
With weighted average set temperature, and result of calculation is input to air-conditioning system, air-conditioning system is enough according to result of calculation output
Refrigerating capacity or heating capacity；
Step 3: the Current Temperatures of each subregion are detected in real time, and the Current Temperatures and set temperature of more each subregion, according to
The difference of the two adjusts air output of the air-conditioning system into the subregion, and difference is bigger, and air output is bigger, makes each subregion in compartment
Temperature reach or close to set temperature.
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| CN114368402A (en) * | 2021-12-31 | 2022-04-19 | 上海科泰运输制冷设备有限公司 | Temperature control method and system and air conditioner |
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| CN114368402A (en) * | 2021-12-31 | 2022-04-19 | 上海科泰运输制冷设备有限公司 | Temperature control method and system and air conditioner |
| CN114368402B (en) * | 2021-12-31 | 2024-01-02 | 上海科泰运输制冷设备有限公司 | Temperature control method and system and air conditioner |
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Application publication date: 20180904 |