CN109945415A - Air conditioner energy conservation control system based on cloud platform - Google Patents
Air conditioner energy conservation control system based on cloud platform Download PDFInfo
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- CN109945415A CN109945415A CN201910209011.3A CN201910209011A CN109945415A CN 109945415 A CN109945415 A CN 109945415A CN 201910209011 A CN201910209011 A CN 201910209011A CN 109945415 A CN109945415 A CN 109945415A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
- Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating
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Abstract
The invention discloses the air conditioner energy conservation control systems based on cloud platform, including the first temperature collecting module, second temperature acquisition module, air quality monitoring module, data reception module, data processing module, top control module, power supply truncation module, mobile terminal, remote control module, air conditioner main body and display screen；First temperature collecting module and data reception module communicate to connect, the second temperature acquisition module and data reception module communicate to connect, the detection of air quality module and data reception module communicate to connect, the data reception module and data processing module communicate to connect, the data processing module and top control module communicate to connect, the power supply truncation module and top control module communicate to connect, and the remote control module and top control module communicate to connect；The present invention can preferably save resource, and air-conditioning running can be controlled according to the variation of indoor and outdoor temperature, allows the system more energy conservation and environmental protection.
Description
Technical field
The invention belongs to control system fields, are related to energy-conserving control technology, specifically the air conditioner energy saving control based on cloud platform
System processed.
Background technique
Air-conditioning, that is, air regulator refers to manually means, to the temperature, humidity of surrounding air in building/structures, clean
The equipment that the parameters such as cleanliness, flow velocity are adjusted and control, air-conditioning will use control system at runtime, carry out to air-conditioning
Control is led to carry out control to air-conditioning and the automation of air-conditioning system may be implemented using air conditioner control box, tune not only can be improved
Quality is saved, the consumption of hot and cold amount is reduced, saves energy, while can reduce labor intensity, reduces operations staff, improves labour
Productivity and technology management level；
But during existing air-conditioner control system use, air-conditioning is automatically stopped fortune after mostly heating up to a certain extent
Make, cannot not only guarantee the stabilization of room temperature very well, also resulting in air-conditioning, running wastes a large amount of power resources for a long time, cannot basis
Indoor/outdoor temperature-difference changes running state of air conditioner, to the use of the system brings certain influence.
Summary of the invention
The purpose of the present invention is to provide the air conditioner energy conservation control systems based on cloud platform.
The technical problems to be solved by the invention are as follows:
(1) how to realize and preferably realize Energy Saving Control；
(2) how by acquiring more data parcel received Energy Saving Controls.
The purpose of the present invention can be achieved through the following technical solutions:
Air conditioner energy conservation control system based on cloud platform, including the first temperature collecting module, second temperature acquisition module, sky
Makings amount monitoring modular, data reception module, data processing module, top control module, power supply truncation module, mobile terminal, remote control mould
Block, air conditioner main body and display screen；
First temperature collecting module and data reception module communicate to connect, the second temperature acquisition module and data
Receiving module communication connection, the detection of air quality module and data reception module communicate to connect, the data reception module
Communicated to connect with data processing module, the data processing module and top control module communicate to connect, the power supply truncation module with
Top control module communication connection, the remote control module and top control module communicate to connect, the air conditioner main body and top control module communication link
It connects, the mobile terminal and power supply truncation module are wirelessly connected, and the display screen and air conditioner main body communicate to connect；
Indoors, first temperature collecting module is for acquiring indoor temperature for the first temperature collecting module installation
Degree, detailed process is as follows for acquisition room temperature:
Step 1: the first temperature collecting module, which can just start operation, to be started after a period of time to acquire indoor temperature information；
Step 2: the first temperature collecting module can acquire an indoor temperature information every preset time；
Step 3: the indoor temperature information of acquisition is labeled as Ci, i=1 ... n；
Step 4: pass through formula C1+C2+C3 ...+Cn=CAlwaysAvailable each period collects temperature total value CAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is room temperature
Indoors, the second temperature acquisition module is for the temperature outside collection room for the second temperature acquisition module installation
Degree, detailed process is as follows for acquisition room temperature:
Step 1: second temperature acquisition module, which can just start operation, starts the outer temperature information of collection room after a period of time；
Step 2: second temperature acquisition module can acquire an outdoor temperature information every preset time；
Step 3: being Zi, i=1 ... n by the outdoor temperature information flag of acquisition；
Step 4: pass through formula Z1+Z2+Z3 ...+Zn=ZAlwaysAvailable each period collects temperature total value ZAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is outdoor temperature
The air quality monitoring module is for acquiring indoor air and analyzing carbon dioxide content, the data receiver
Module can receive the acquisition of the first temperature collecting module, second temperature acquisition module and the collected letter of detection of air quality module
Breath, the data reception module can carry out simple classification to received data to facilitate data processing module to handle, specifically
Assorting process is as follows:
Step 1: the unit of received data is analyzed；
Step 2: such data is divided into temperature data when the unit of the data received is DEG C；
Step 3: when the data unit received is mg/m3When such data is divided into air quality data；
Receiving module receives and the information of classification number the data processing module for receiving data, and meeting and to reception
Data carry out processing be converted into control instruction；
The main control module control instruction that processing module is handled out for receiving data simultaneously controls air conditioner main body running, institute
State remote control module for send control information, the power supply truncation module be used for receive user mobile terminal send control instruction
The power supply of access is truncated.
Further, the data processing module, which will receive the information that receives of data reception module and carry out processing, is converted into
Detailed process is as follows for control instruction:
S1: pass through formulaThe available collected temperature of second temperature acquisition module is adopted with the first temperature
I.e. indoor and outdoor temperature the difference of the temperature difference K collected；
S2: when air-conditioning is in refrigeration mode,Less than preset value A1, and when K is in values, data processing mould
Block will not convert the information to control signal；
S3: when air-conditioning is in refrigeration mode,Greater than preset value A1, and when K is greater than preset value B, data processing module meeting
Control signal is converted by the information, control air conditioner main body stops refrigeration；
S4: when air-conditioning is in refrigeration mode,When less than preset value A2, data processing module can convert the information to control
Signal processed, control air conditioner main body stop refrigeration；
S5: when air-conditioning is in heating mode, the absolute value of K within a preset range when, data processing module will not be by the letter
Breath is converted into control signal；
S6: when air-conditioning is in heating mode, and the absolute value of K is less than preset value, data processing module will not be by the information
It is converted into control signal；
S7: when air-conditioning is in heating mode, and the absolute value of K is greater than preset value, data processing module can turn the information
Control signal is turned to, control air conditioner main body stops heating；
S8: when air-conditioning is in heating mode, andWhen greater than preset value, data processing module can convert the information to control
Signal processed, control air conditioner main body stop heating.
Further, the data processing module can also combine temperature information according to air quality information is received simultaneously
Control instruction is handled out to send, concrete processing procedure is as follows:
S1: the gas concentration lwevel that air quality monitoring module monitors are arrived is labeled as Q；
S2: when air-conditioning is in refrigeration mode, Q is greater than preset value, andWhen, data processing module can be by the information
It is converted into control signal, control air conditioner main body stops operating, and shows " whether opening ventilatory pattern " on a display screen, shows
Specific work process out after printed words is as follows:
SS1: when showing " whether opening ventilatory pattern " afterwards to be more than preset time user is to carry out any operation, it is
System can automatically control air conditioner main body operating ventilatory pattern；
SS2: when showing " whether opening ventilatory pattern " user operating in preset time afterwards, system can be automatic
It controls air conditioner main body and closes operation；
S3: when place, air-conditioning is in heating mode, when Q is greater than preset value, data processing module can convert the information to
Signal is controlled, control air conditioner main body runs ventilatory pattern to take a breath.
Further, the mobile terminal can be not restricted to this with smart phone and Intelligent flat computer, and use can lead to
The mobile terminal default control instruction is crossed, to control power supply truncation module air conditioner power source, was specifically arranged as follows:
S1: user first passes through mobile terminal and logs on to control system；
S2: logging on to the set interface that can be jumped after system, and when user is outgoing for a long time stays out middle, user can
Truncation power supply is arranged in set interface；
S3: the instruction of the truncation power supply of user's setting can be sent by network will be empty in the power supply truncation module in getting home
Adjust power supply truncation.
Further, the display screen is mounted in air conditioner main body, and the remote control module is mounted in air-conditioning remote control, is made
User can control entire control system by the remote control module.
Beneficial effects of the present invention:
(1) present invention is respectively intended to by the first temperature collecting module and second temperature acquisition module of setting in air-conditioning
It is handled, and is passed through in use, acquiring indoor temperature and being transferred in data processing module with outdoor temperatureThe temperature difference K i.e. room that the available collected temperature of second temperature acquisition module and the first temperature acquisition arrive
Interior and outdoor temperature difference, system can be combined with according to the size of KWithVariation, come control air conditioner main body be in operation shape
The air-conditioning of state is out of service, and such setting can reduce the time of air conditioner main body operation, have while keeping room temperature
The power consumption for reducing air-conditioning of effect, more energy conservation and environmental protection；
(2) present invention can be monitored indoor gas concentration lwevel by the detection of air quality module of setting,
When Q be greater than preset value, andWhen, data processing module can convert the information to control signal, and control air conditioner main body is stopped
It only operates and issues prompt, remind user to open ventilatory pattern and take a breath, indoor two can not only be reduced by being arranged in this
Aoxidize concentration of carbon, additionally it is possible to room temperature is reduced by taking a breath, relative usage refrigeration is more energy saving to cool down, and can drop
Gas concentration lwevel in low room air, not only promotes the usage experience of the system, also allows the system more energy saving.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is system block diagram of the invention.
Specific embodiment
As shown in Figure 1, the air conditioner energy conservation control system based on cloud platform, including including the first temperature collecting module, second
Mould is truncated in temperature collecting module, air quality monitoring module, data reception module, data processing module, top control module, power supply
Block, mobile terminal, remote control module, air conditioner main body and display screen；
First temperature collecting module and data reception module communicate to connect, the second temperature acquisition module and data
Receiving module communication connection, the detection of air quality module and data reception module communicate to connect, the data reception module
Communicated to connect with data processing module, the data processing module and top control module communicate to connect, the power supply truncation module with
Top control module communication connection, the remote control module and top control module communicate to connect, the air conditioner main body and top control module communication link
It connects, the mobile terminal and power supply truncation module are wirelessly connected, and the display screen and air conditioner main body communicate to connect；
Indoors, first temperature collecting module is for acquiring indoor temperature for the first temperature collecting module installation
Degree, detailed process is as follows for acquisition room temperature:
Step 1: the first temperature collecting module, which can just start operation, to be started after a period of time to acquire indoor temperature information；
Step 2: the first temperature collecting module can acquire an indoor temperature information every preset time；
Step 3: the indoor temperature information of acquisition is labeled as Ci, i=1 ... n；
Step 4: pass through formula C1+C2+C3 ...+Cn=CAlwaysAvailable each period collects temperature total value CAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is room temperature
Indoors, the second temperature acquisition module is for the temperature outside collection room for the second temperature acquisition module installation
Degree, detailed process is as follows for acquisition room temperature:
Step 1: second temperature acquisition module, which can just start operation, starts the outer temperature information of collection room after a period of time；
Step 2: second temperature acquisition module can acquire an outdoor temperature information every preset time；
Step 3: being Zi, i=1 ... n by the outdoor temperature information flag of acquisition；
Step 4: pass through formula Z1+Z2+Z3 ...+Zn=ZAlwaysAvailable each period collects temperature total value ZAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is outdoor temperature
The air quality monitoring module is for acquiring indoor air and analyzing carbon dioxide content, the data receiver
Module can receive the acquisition of the first temperature collecting module, second temperature acquisition module and the collected letter of detection of air quality module
Breath, the data reception module can carry out simple classification to received data to facilitate data processing module to handle, specifically
Assorting process is as follows:
Step 1: the unit of received data is analyzed；
Step 2: such data is divided into temperature data when the unit of the data received is DEG C；
Step 3: when the data unit received is mg/m3When such data is divided into air quality data；
Receiving module receives and the information of classification number the data processing module for receiving data, and meeting and to reception
Data carry out processing be converted into control instruction；
The main control module control instruction that processing module is handled out for receiving data simultaneously controls air conditioner main body running, institute
State remote control module for send control information, the power supply truncation module be used for receive user mobile terminal send control instruction
The power supply of access is truncated.
Further, the data processing module, which will receive the information that receives of data reception module and carry out processing, is converted into
Detailed process is as follows for control instruction:
S1: pass through formulaThe available collected temperature of second temperature acquisition module is adopted with the first temperature
I.e. indoor and outdoor temperature the difference of the temperature difference K collected；
S2: when air-conditioning is in refrigeration mode,Less than preset value A1, and when K is in values, data processing mould
Block will not convert the information to control signal；
S3: when air-conditioning is in refrigeration mode,Greater than preset value A1, and when K is greater than preset value B, data processing module meeting
Control signal is converted by the information, control air conditioner main body stops refrigeration；
S4: when air-conditioning is in refrigeration mode,When less than preset value A2, data processing module can convert the information to control
Signal processed, control air conditioner main body stop refrigeration；
S5: when air-conditioning is in heating mode, the absolute value of K within a preset range when, data processing module will not be by the letter
Breath is converted into control signal；
S6: when air-conditioning is in heating mode, and the absolute value of K is less than preset value, data processing module will not be by the information
It is converted into control signal；
S7: when air-conditioning is in heating mode, and the absolute value of K is greater than preset value, data processing module can turn the information
Control signal is turned to, control air conditioner main body stops heating；
S8: when air-conditioning is in heating mode, andWhen greater than preset value, data processing module can convert the information to control
Signal processed, control air conditioner main body stop heating；The data processing module simultaneously can also be according to receiving air quality information knot
Temperature information is closed to send and handle out control instruction, concrete processing procedure is as follows:
S1: the gas concentration lwevel that air quality monitoring module monitors are arrived is labeled as Q；
S2: when air-conditioning is in refrigeration mode, Q is greater than preset value, andWhen, data processing module can be by the letter
Breath is converted into control signal, and control air conditioner main body stops operating, and shows " whether opening ventilatory pattern " on a display screen, shows
Specific work process after showing printed words is as follows:
SS1: when showing " whether opening ventilatory pattern " afterwards to be more than preset time user is to carry out any operation, it is
System can automatically control air conditioner main body operating ventilatory pattern；
SS2: when showing " whether opening ventilatory pattern " user operating in preset time afterwards, system can be automatic
It controls air conditioner main body and closes operation；
S3: when place, air-conditioning is in heating mode, when Q is greater than preset value, data processing module can convert the information to
Signal is controlled, control air conditioner main body runs ventilatory pattern to take a breath.
Further, the mobile terminal can be not restricted to this with smart phone and Intelligent flat computer, and use can lead to
The mobile terminal default control instruction is crossed, to control power supply truncation module air conditioner power source, was specifically arranged as follows:
S1: user first passes through mobile terminal and logs on to control system；
S2: logging on to the set interface that can be jumped after system, and when user is outgoing for a long time stays out middle, user can
Truncation power supply is arranged in set interface；
S3: the instruction of the truncation power supply of user's setting can be sent by network will be empty in the power supply truncation module in getting home
Adjust power supply truncation；The display screen is mounted in air conditioner main body, and the remote control module is mounted in air-conditioning remote control, and user can
To be controlled by the remote control module entire control system.
Air conditioner energy conservation control system based on cloud platform after air conditioner main body starts operation, is mounted on indoor when in use
First temperature collecting module can distinguish temperature information in collection room and outdoor with outdoor second temperature acquisition module is mounted on,
And temperature information is transmitted in information receiving module, information receiving module can send data processing mould for collected information
In block, data processing module can be according to collectedWithDifference K is combined with to handle out different control instructions, to control
Air-conditioner body refrigeration out of service or the mode of heating, to achieve the purpose that power saving, while detection of air quality module can be real
When the indoor Air Quality of monitoring, the information analyzed can be sent to data processing module by data reception module
In, data processing module can be combined with the interior and room received according to the concentration Q of the carbon dioxide of the room air received
Outer temperature informationWithBeing capable of handling corresponding control instruction makes air conditioner main body operation ventilatory pattern to indoor sky
Gas is replaced, and data processing module can be handled out being sent in air conditioner main body of control instruction by top control module, to air-conditioning
Ontology is controlled, and user can control whole system by remote control module, while when user goes out long
Between when staying out middle, the system can be logged in by mobile terminal, and control instruction is sent by mobile terminal, the power supply truncation for being
The power supply of air conditioner main body is truncated module, avoids the waste that air-conditioning is chronically at electric energy caused by standby mode.
The present invention is respectively intended to by the first temperature collecting module and second temperature acquisition module of setting in air-conditioning first
It is handled, and is passed through in use, acquiring indoor temperature and being transferred in data processing module with outdoor temperatureThe temperature difference K i.e. room that the available collected temperature of second temperature acquisition module and the first temperature acquisition arrive
Interior and outdoor temperature difference, system can be combined with according to the size of KWithVariation, come control air conditioner main body be in operation shape
The air-conditioning of state is out of service, and such setting can reduce the time of air conditioner main body operation, have while keeping room temperature
The power consumption for reducing air-conditioning of effect, more energy conservation and environmental protection；
Secondly the present invention can supervise indoor gas concentration lwevel by the detection of air quality module of setting
Survey, when Q be greater than preset value, andWhen, data processing module can convert the information to control signal, control air-conditioning sheet
Body stops operating and issues prompt, reminds user to open ventilatory pattern and takes a breath, and interior can not only be reduced by being arranged in this
Gas concentration lwevel, additionally it is possible to reduce room temperature by taking a breath, relative usage refrigeration is more energy saving to cool down, and can
To reduce the gas concentration lwevel in room air, the usage experience of the system is not only promoted, also allows the system more energy saving.
Above content is only to structure of the invention example and explanation, affiliated those skilled in the art couple
Described specific embodiment does various modifications or additions or is substituted in a similar manner, without departing from invention
Structure or beyond the scope defined by this claim, is within the scope of protection of the invention.
Claims (5)
1. the air conditioner energy conservation control system based on cloud platform, which is characterized in that adopted including the first temperature collecting module, second temperature
Collect module, air quality monitoring module, data reception module, data processing module, top control module, power supply truncation module, movement
End, remote control module, air conditioner main body and display screen；
First temperature collecting module and data reception module communicate to connect, the second temperature acquisition module and data receiver
Module communication connection, the detection of air quality module and data reception module communicate to connect, the data reception module and number
It is communicated to connect according to processing module, the data processing module and top control module communicate to connect, the power supply truncation module and master control
Module communication connection, the remote control module and top control module communicate to connect, and the air conditioner main body and top control module communicate to connect, institute
It states mobile terminal and power supply truncation module is wirelessly connected, the display screen and air conditioner main body communicate to connect；
Indoors, first temperature collecting module is used to acquire indoor temperature for the first temperature collecting module installation,
Acquiring room temperature, detailed process is as follows:
Step 1: the first temperature collecting module, which can just start operation, to be started after a period of time to acquire indoor temperature information；
Step 2: the first temperature collecting module can acquire an indoor temperature information every preset time；
Step 3: the indoor temperature information of acquisition is labeled as Ci, i=1 ... n；
Step 4: pass through formula C1+C2+C3 ...+Cn=CAlwaysAvailable each period collects temperature total value CAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is room temperature
Indoors, the second temperature acquisition module is used for the temperature outside collection room for the second temperature acquisition module installation,
Acquiring room temperature, detailed process is as follows:
Step 1: second temperature acquisition module, which can just start operation, starts the outer temperature information of collection room after a period of time；
Step 2: second temperature acquisition module can acquire an outdoor temperature information every preset time；
Step 3: being Zi, i=1 ... n by the outdoor temperature information flag of acquisition；
Step 4: pass through formula Z1+Z2+Z3 ...+Zn=ZAlwaysAvailable each period collects temperature total value ZAlways；
Step 5: pass through formula againObtain the average value of temperature collectionThat is outdoor temperature
The air quality monitoring module is for acquiring indoor air and analyzing carbon dioxide content, the data reception module
The acquisition of the first temperature collecting module, second temperature acquisition module and the collected information of detection of air quality module, institute can be received
Received data can be carried out simply to classify to facilitate data processing module to handle by stating data reception module, specific sorted
Journey is as follows:
Step 1: the unit of received data is analyzed；
Step 2: such data is divided into temperature data when the unit of the data received is DEG C；
Step 3: when the data unit received is mg/m3When such data is divided into air quality data；
Receiving module receives and the information of classification number the data processing module for receiving data, and meeting and to received number
Control instruction is converted into according to processing is carried out；
The main control module control instruction that processing module is handled out for receiving data simultaneously controls air conditioner main body running, described distant
Controlling module will connect for sending control information, the control instruction that the power supply truncation module is used to receive the transmission of user mobile terminal
The power supply truncation entered.
2. the air conditioner energy conservation control system according to claim 1 based on cloud platform, which is characterized in that the data processing
Module, which will receive the information that receives of data reception module and carry out processing, to be converted into control instruction detailed process is as follows:
S1: pass through formulaThe available collected temperature of second temperature acquisition module is arrived with the first temperature acquisition
Temperature difference K be indoor and outdoor temperature difference；
S2: when air-conditioning is in refrigeration mode,Less than preset value A1, and when K is in values, data processing module is not
Control signal can be converted by the information；
S3: when air-conditioning is in refrigeration mode,Greater than preset value A1, and when K is greater than preset value B, data processing module can be by the letter
Breath is converted into control signal, and control air conditioner main body stops refrigeration；
S4: when air-conditioning is in refrigeration mode,When less than preset value A2, data processing module can convert the information in control letter
Number, control air conditioner main body stops refrigeration；
S5: when air-conditioning is in heating mode, the absolute value of K within a preset range when, data processing module will not turn the information
Turn to control signal；
S6: when air-conditioning is in heating mode, and the absolute value of K is less than preset value, data processing module will not convert the information
To control signal；
S7: when air-conditioning is in heating mode, and the absolute value of K is greater than preset value, data processing module can convert the information to
Signal is controlled, control air conditioner main body stops heating；
S8: when air-conditioning is in heating mode, andWhen greater than preset value, data processing module can convert the information in control letter
Number, control air conditioner main body stops heating.
3. the air conditioner energy conservation control system according to claim 1 based on cloud platform, which is characterized in that the data processing
Module can also handle out control instruction in conjunction with temperature information according to air quality information is received simultaneously to send, specific to locate
Reason process is as follows:
S1: the gas concentration lwevel that air quality monitoring module monitors are arrived is labeled as Q；
S2: when air-conditioning is in refrigeration mode, Q is greater than preset value, andWhen, data processing module can convert the information
To control signal, control air conditioner main body stops operating, and shows " whether opening ventilatory pattern " on a display screen, shows word
Specific work process after sample is as follows:
SS1: when showing " whether opening ventilatory pattern " afterwards to be more than preset time user is to carry out any operation, system meeting
It automatically controls air conditioner main body and operates ventilatory pattern；
SS2: when showing " whether opening ventilatory pattern " user operating in preset time afterwards, system can be automatically controlled
Air conditioner main body closes operation；
S3: when place, air-conditioning is in heating mode, when Q is greater than preset value, data processing module can convert the information to control
Signal, control air conditioner main body run ventilatory pattern to take a breath.
4. the air conditioner energy conservation control system according to claim 1 based on cloud platform, which is characterized in that the mobile terminal can
It is not restricted to this with smart phone and Intelligent flat computer, using that can instruct by the mobile terminal default control, to control
Power supply truncation module air conditioner power source processed, was specifically arranged as follows:
S1: user first passes through mobile terminal and logs on to control system；
S2: logging on to the set interface that can be jumped after system, when user is outgoing for a long time stay out in be that user can be
Set interface setting truncation power supply；
S3: the instruction of the truncation power supply of user's setting can be sent in the power supply truncation module in getting home by network by air conditioner electric
Source truncation.
5. the air conditioner energy conservation control system according to claim 1 based on cloud platform, which is characterized in that the display screen peace
In air conditioner main body, the remote control module is mounted in air-conditioning remote control, user can by the remote control module come pair
Entire control system is controlled.
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110994962A (en) * | 2019-12-23 | 2020-04-10 | 深圳市安科讯电子制造有限公司 | Combined power supply system |
| CN110989729A (en) * | 2019-11-04 | 2020-04-10 | 苏州再生宝智能物联科技有限公司 | Household appliance control system based on big data |
| CN115214297A (en) * | 2021-12-31 | 2022-10-21 | 湘潭大学 | Cooling control system and method for battery pack of electric vehicle |
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