CN209415689U - A kind of air-conditioning dynamic energy-saving management system - Google Patents
A kind of air-conditioning dynamic energy-saving management system Download PDFInfo
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- CN209415689U CN209415689U CN201822224503.3U CN201822224503U CN209415689U CN 209415689 U CN209415689 U CN 209415689U CN 201822224503 U CN201822224503 U CN 201822224503U CN 209415689 U CN209415689 U CN 209415689U
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Abstract
A kind of air-conditioning dynamic energy-saving management system, it is characterised in that: control equipment, mobile terminal, Identification of Images server, IP camera, air-conditioning strategy gateway, air-conditioning state sensor, air-conditioning, wireless air-conditioner temperature controller panel, cloud server, router including remote computer；Temperature, humidity in each public domain is transferred to cloud server in real time by air-conditioning state sensor, wireless air-conditioner temperature controller panel and carries out data analysis by the utility model, and air-conditioning, air-conditioning more intelligence and energy conservation are controlled by analyzing.Whether mobile terminal, remote computer control equipment can be worked normally by each air-conditioning of network connection to cloud server real-time query and supervision simultaneously, and air conditioning managing and maintenance is allowed to become simpler.
Description
Technical field
The utility model relates to a kind of air-conditioning dynamic energy-saving management systems.
Background technique
In public places such as the public area of office building, large supermarket, shopping square, school, hospital, libraries, designing institute
Design is generally all designed by every square metre of maximum flow using air conditioner refrigerating amount, by taking refrigeration as an example, when air-conditioning is opened most
When big refrigeration, feel cold if the personnel in region are few, if temperature controller temperature has been turned up, region flow of the people is bigger
Space-Time Modulation cooling capacity is again insufficient, it sometimes appear that certain region does not have personnel's presence for a long time, air-conditioning also in maximum refrigerating state,
The occurrence of for these, will cause the contradiction of comfort level and energy waste.Simultaneously in order to avoid air-conditioner temperature controller control plane
Plate adjusts disorderly section by irrelevant personnel, and general temperature controller panel is all installed to the inclined place of comparison, is even work in information desk
In the workplace of personnel, cause public domain air-conditioning installation site and the temperature controller of detection apart from too far, make in region temperature with
The temperature deviation of temperature controller detection is larger, can not be supplied to the comfortable temperature of client.In the prior art, for these above-mentioned feelings
Condition, also have exploitation infrared human body sensor judge region whether someone, closing air-conditioning device is carried out automatically controlling, due to infrared people
Body sensor can only judge someone, nobody, how much can not judge personnel, while current human body sensor has one fatal to ask
Topic, exactly judge that the people in region must be motion state, otherwise with regard to erroneous judgement nobody.Therefore infrared human body sensor exists at present
General family, small indoor place are still applicable in, comparatively problem is relatively more for public domain personnel's complicated applications, practical
Property is not strong.In addition in Chinese patent open source literature, several acquisition images is described and judge whether someone occurs in region, and according to sentencing
Disconnected result controls the operation of corresponding air-conditioning, can close in time when nobody is using air-conditioning, avoids because forgetting caused by closing air-conditioning
Waste of energy.Whether the problem of this method maximum is can not to obtain air-conditioning to be switched on or off-mode, let alone obtain air-conditioning
Temperature, air speed data, can not be formed control to detection energy saving closed loop.No matter whether air-conditioning is opened, and detects unmanned Shi Douhui
Closing information is sent, generally uses cold heat ability of swimming central air-conditioning in public domain, the method using refrigerant infrared control is can not
It is applied in fan coil application, therefore, prior art accuracy is low, and the exploitativeness of application can be poor.
Utility model content
The shortcomings that the purpose of the utility model is to overcome the prior arts, provide it is a kind of it is reliable, energy-efficient, effect is good
Air-conditioning dynamic energy-saving management system.
The technical solution of the utility model includes: a kind of air-conditioning dynamic energy-saving management system, it is characterised in that: including remote computation
Machine controls equipment, mobile terminal, Identification of Images server, IP camera, air-conditioning strategy gateway, air-conditioning state sensor, sky
It adjusts, wireless air-conditioner temperature controller panel, cloud server, router；The mobile terminal is connect with the cloud server, is used for
The mobile air-conditioning supervising, inquire, being set and controlled in each public domain；The remote computer control equipment and the cloud take
Business device connection, for air-conditioning period management strategy, air conditioner energy saving management strategy, remote supervisory, inquiry, each public area of control to be arranged
Any one air-conditioning in domain；The air-conditioning strategy gateway is connected with the cloud server；The router provides network letter
Number；Figure information in the IP camera pickup area, and communicate information to the Identification of Images server；The portrait
It identifies that IP camera acquired image is carried out the analysis of portrait data by server, and sends the data to air-conditioning strategy gateway；
The wireless air-conditioner temperature controller panel is connected with the air-conditioning strategy gateway, and sends the room temperature information measured to air-conditioning plan
Slightly gateway；The air-conditioning state sensor is mounted on the air outlet of the air-conditioning, for detecting the temperature, wet of air-conditioner air outlet
Degree, wind speed；The air-conditioning state sensor is connected with air-conditioning strategy gateway, and transmits air-conditioning information and give air-conditioning strategy gateway；Institute
It states air-conditioning strategy gateway and infrared control signal control air-conditioning is sent by air-conditioning state sensor.
Further, the air-conditioning strategy gateway is by MCU single-chip microcontroller, power module, period control strategy unit, air conditioner energy saving
Policy unit, zigbee module, NB-iot module, wifi module 4G/5G module, manually performs switch at RS485 wired module
Composition；The power module, period control strategy unit, air conditioner energy saving policy unit, RS485 wired module, zigbee mould
Block, NB-iot module, wifi module, 4G/5G module are connected with the MCU single-chip microcontroller respectively；It is described to manually perform switch and institute
Period control strategy unit is stated to be connected；The power module provides the working power that air-conditioning strategy gateway needs；The MCU monolithic
Machine is the core calculations chip of air-conditioning strategy gateway, for handling the data processing of each information；The air-conditioning strategy gateway can be with
Cloud server is transferred data to by NB-iot module, wifi module, 4G/5G module；The air-conditioning strategy gateway passes through
Zigbee module is communicated with the equipment that wireless zigbee is communicated；The air-conditioning strategy gateway passes through the wired mould of RS485
Block is communicated with wired unit；The temperature and indoor wireless that the air conditioner energy saving policy unit passes through acquisition air-conditioner air outlet
Temperature in air-conditioner temperature controller panel reading area is compared, while point for passing through the collected region flow of the people of IP camera
Analysis data are combined calculating, give a variety of Energy Saving Strategies, automatically adjust to air-conditioner temperature, the wind speed in the region；Institute
It states period control strategy unit to provide by number of days, by week, the finger that point multiple periods send automatically and open air-conditioning, close air-conditioning
It enables, while providing the air-conditioning initial temperature of present period automatically after opening air-conditioning；It is described to manually perform switch: in the region
When opening or closing the time of the less than pedal system period control strategy of air-conditioning can close empty by manually opened air-conditioning or ahead of time
It adjusts, meets the needs of current control air-conditioning.
Further, the air-conditioning state sensor includes single-chip microcontroller, radio frequency control module, sensor module, infrared control
Module, internal memory, air-conditioning code database, power module, serial communication modular, wireless communication module, air conditioner wind speed power generation mould
Block；The radio frequency control module is connected with the MCU single-chip microcontroller；The sensor module is connected with the single-chip microcontroller, including temperature
Spend sensor, humidity sensor, air velocity transducer, gas sensor；On the infrared control module be arranged infrared emission unit,
Infrared learning unit；The infrared control module is connected with the single-chip microcontroller, air-conditioning code database respectively；In the air-conditioning code database
It sets all kinds of known air-conditioning infrared control codings and is obtained by infrared learning modular learning newly encoded；The built-in storage
Device, power module, serial communication modular, wireless communication module are connected with the MCU single-chip microcontroller respectively；The internal memory is used
All kinds of execution control strategies of air-conditioning of the present apparatus are wirelessly transmitted in storage external control devices；The power module provides electricity
External power supply socket, while built-in rechargeable battery and charging circuit is arranged in source；The air conditioner wind speed electricity generation module and the electricity
Source module is connected, and charges for rechargeable battery.
Further, the IP camera selects one of wireless IP camera and wired IP camera.
The utility model has the advantages that (1) the utility model is by air-conditioning state sensor, wireless air-conditioner temperature controller panel in real time by each public affairs
The temperature in region, humidity are transferred to cloud server and carry out data analysis altogether, and air-conditioning, air-conditioning more intelligence are controlled by analyzing
Energy and energy conservation.Mobile terminal, remote computer control equipment can arrive cloud server real-time query by network connection simultaneously
Whether worked normally with each air-conditioning of supervision, air conditioning managing and maintenance is allowed to become simpler.
(2) the utility model collects the image in camera shooting head region by wireless IP camera or wired IP camera
Be transported to Identification of Images server judge the region flow of the people how much, and send air-conditioning strategy for corresponding flow of the people
Gateway, the start or stop of air-conditioning policy network with built-in air conditioner energy saving strategy send automatically control instruction adjust the temperature of air-conditioning, wind speed come
Meet currently adaptable flow of the people, so that the temperature for dynamically adjusting air-conditioning achievees the purpose that Energy Saving Control, meets people
Under the premise of comfort level, energy-saving effect is good.(3) air outlet that the air-conditioning state sensor of the utility model is placed in air-conditioning can be with
The information such as temperature, humidity, the wind speed of detection air port, and communicate information to air-conditioning strategy gateway and cloud server progress
Data analysis can understand the current operating status of air-conditioning by analysis, while be also known that the instruction for being sent to air-conditioning is
No to be implemented, so that entire air-conditioning dynamic energy-saving management system forms a closed-loop control, control effect is more preferably；(4) originally
The air-conditioning state sensor of utility model is independent product, can place the air outlet with arbitrary air-conditioning, applied widely,
Use cost is low.
Detailed description of the invention
Fig. 1 is the utility model refrigerant air-conditioning dynamic energy-saving management system functional block diagram；Fig. 2 is the utility model implementation
One refrigerant air-conditioning dynamic energy-saving management system schematic diagram of example；Fig. 3 is the utility model air-conditioning strategy gateway functional block diagram；Fig. 4 is this
One Water cooled air conditioners dynamic energy-saving management system functional block diagram of utility model embodiment；Fig. 5 is the utility model Water cooled air conditioners dynamic
Energy-saving management system schematic diagram；Fig. 6 is the utility model air-conditioning state Fundamentals of Sensors block diagram；Fig. 7 is the utility model embodiment
Two cloud mode air-conditioning dynamic management system functional block diagrams.
Specific embodiment
It is as shown in the figure: a kind of air-conditioning dynamic energy-saving management system, it is characterised in that: to control equipment including remote computer
10, mobile terminal 9, Identification of Images server 8, IP camera 7, air-conditioning strategy gateway 6, air-conditioning state sensor 3, air-conditioning 1, nothing
Line air-conditioner temperature controller panel 2, cloud server 5, router 11；The mobile terminal 9 is connect with the cloud server 5, is used
In the mobile air-conditioning 1 supervised, inquire, be set and controlled in each public domain；Remote computer control equipment 10 with it is described
Cloud server 5 connects, for air-conditioning period management strategy, air conditioner energy saving management strategy, remote supervisory, inquiry, control to be arranged
Any one air-conditioning 1 in each public domain；The air-conditioning strategy gateway 6 is connected with the cloud server 5；The router
11 provide network signal connection；Figure information in 7 pickup area of IP camera, and communicate information to the portrait and know
Other server 8；7 acquired image of IP camera is carried out the analysis of portrait data by the Identification of Images server 8, and by data
It is sent to air-conditioning strategy gateway 6；The wireless air-conditioner temperature controller panel 2 is connected with the air-conditioning strategy gateway 6, and will measure
Room temperature information send air-conditioning strategy gateway 6 to；The air-conditioning state sensor 3 is mounted on the air outlet of the air-conditioning 1, is used for
Detect temperature, the humidity, wind speed of 1 air outlet of air-conditioning；The air-conditioning state sensor 3 is connected with air-conditioning strategy gateway 6, and transmits
Air-conditioning information is to air-conditioning strategy gateway 6；The air-conditioning strategy gateway 6 sends infrared control signal 4 by air-conditioning state sensor 3
Control air-conditioning.
The air-conditioning strategy gateway 6 is by MCU single-chip microcontroller 18, power module 20, period control strategy unit 23, air conditioner energy saving
Policy unit 21, RS485 wired module 17, zigbee module 19, NB-iot module 14, wifi module 15,4G/5G module 16,
Manually perform the composition of switch 22；The power module 20, period control strategy unit 23, air conditioner energy saving policy unit 21, RS485
Wired module 17, zigbee module 19, NB-iot module 14, wifi module 15,4G/5G module 16 respectively with the MCU monolithic
Machine 18 is connected；The switch 22 that manually performs is connected with the period control strategy unit 23；The power module 20 provides sky
The working power for adjusting tactful gateway 6 to need；The MCU single-chip microcontroller 18 is the core calculations chip of air-conditioning strategy gateway 6, for locating
Manage the data processing of each information；The air-conditioning strategy gateway 6 can pass through NB-iot module 14, wifi module 15,4G/5G module
16 transfer data to cloud server 5；The air-conditioning strategy gateway 6 is led to by zigbee module 19 with having wireless zigbee
The equipment of letter is communicated；The air-conditioning strategy gateway 6 is communicated by RS485 wired module 17 and wired unit；Institute
It states air conditioner energy saving policy unit 21 and passes through the temperature and 2 reading area of indoor wireless air-conditioner temperature controller panel of acquisition air-conditioner air outlet
Interior temperature is compared, while being combined calculating by the analysis data of the collected region flow of the people of IP camera 7, gives
A variety of Energy Saving Strategies are gone out, have automatically adjusted to air-conditioner temperature, the wind speed in the region；The period control strategy unit 23 mentions
For pressing number of days, pressing week, the instruction that point multiple periods send automatically and open air-conditioning, close air-conditioning, while after opening air-conditioning certainly
The dynamic initial energy efficiency temperature of air-conditioning for providing present period；Described to manually perform switch 22: in particular time, the air-conditioning in the region is not
Meet system period control strategy opens or closes the time, and air-conditioning can be closed by manually opened air-conditioning or ahead of time, is met
The demand of current control air-conditioning.
The air-conditioning state sensor 3 includes single-chip microcontroller 51, radio frequency control module 52, sensor module 53, infrared control
Module 54, internal memory 55, air-conditioning code database 56, power module 57, serial communication modular 58, wireless communication module 59, sky
Adjust wind speed electricity generation module 60；The radio frequency control module 52 is connected with the single-chip microcontroller 51；The sensor module 53 and institute
It states single-chip microcontroller 51 to be connected, including temperature sensor 61, humidity sensor 62, air velocity transducer 63, gas sensor 64；It is described red
Infrared emission unit 4, infrared learning unit 66 are set in outer control module 54；The infrared control module 54 respectively with the list
Piece machine 51, air-conditioning code database 56 are connected；All kinds of known air-conditioning infrared controls encode and pass through built in the air-conditioning code database 56
Infrared learning modular learning obtains newly encoded；It is the internal memory 55, power module 57, serial communication modular 58, wireless
Communication module 59 is connected with the single-chip microcontroller 51 respectively；The internal memory 55 is wirelessly passed for storing external control devices
All kinds of execution control strategies of the defeated air-conditioning to the present apparatus；The power module 57 provides power supply, external power supply socket is arranged, simultaneously
Built-in rechargeable battery and charging circuit；The air conditioner wind speed electricity generation module 60 is connected with the power module 57, for charging electricity
Pond charging.
The IP camera 7 selects one of wireless IP camera and wired IP camera.
The workflow of the utility model: equipment 10 is controlled by remote computer first, the air-conditioning in each region is set
Working hour uploads to cloud server 5 by network after editing the period and is issued to corresponding air-conditioning strategy gateway 6, simultaneously
Also the air conditioner energy saving strategy in each region is configured, cloud server 5 is uploaded to by network and is issued to corresponding sky
Adjust tactful gateway 6.In the air-conditioning work period, air-conditioning strategy gateway 6 passes through air-conditioning state sensor according to preset period strategy
Infrared control module 54 on 3 sends infrared control signal 4 and automatically turns on corresponding air-conditioning 1, and air-conditioning state passes after air-conditioning 1 is opened
Sensor 3 obtains air conditioner wind speed, temperature, humidity data and data is transferred to air-conditioning strategy gateway 6 by zigbee network, uses
Preset mode is arrived with setting in judging whether air-conditioning is normally-open；Epidemic disaster in wireless 2 pickup area of air-conditioner temperature controller panel
Data may be mounted at area since the temperature controller panel is without practical airconditioning control for air conditioner energy saving strategy use
The suitable position in domain obtains most true environment temperature, and transfers data to air-conditioning strategy gateway 6 by wireless zigbee.
Secondly another critically important link Identification of Images of this system, is collected by wireless IP camera 7 or wired IP camera 7
Image in camera shooting head region be transported to Identification of Images server 8 judge the region flow of the people how much, and will be corresponding
Flow of the people is sent to air-conditioning strategy gateway 6, and air-conditioning strategy gateway 6 enables built-in air conditioner energy saving strategy and sends control instruction automatically
Temperature, the wind speed of air-conditioning are adjusted to meet currently adaptable flow of the people, to adjust the temperature of air-conditioning, dynamically to reach section
It can purpose.By taking refrigeration as an example, more simply says to be exactly the temperature for turning down air-conditioning when flow of the people is big, increase the refrigeration of air-conditioning
Amount, is turned up the wind speed of air-conditioning, and when flow of the people is small, the temperature of air-conditioning is turned up, reduces air conditioner refrigerating amount, turns down the wind of air-conditioning
Speed；Nobody when close air-conditioning or the temperature of air-conditioning be turned up to scheduled energy efficiency temperature, the wind speed of blower is also transferred to pre-
Fixed small air quantity mode.There is also the need to explanation be this system air-conditioner air outlet setting air-conditioning state sensor detect outlet air
The information such as temperature, humidity, the wind speed of mouth, and communicate information to air-conditioning strategy gateway and cloud server progress data point
Analysis can understand the current operating status of air-conditioning by analysis, while be also known that whether the instruction for being sent to air-conditioning obtains
Implement, so that entire air-conditioning dynamic energy-saving management system forms a closed-loop control, control effect is more preferably.
This system can also pass through air-conditioning state sensor 3, wireless air-conditioning temperature control other than dynamic provides Energy Saving Control
Device panel 2 in real time by temperature, the humidity in each public domain be transferred to cloud server 5 carry out data analysis, allow air-conditioning more
Intelligence and energy conservation.Mobile terminal 9, remote computer control equipment 10 can be real to cloud server 5 by network connection simultaneously
When inquire and supervise whether each air-conditioning works normally, allow air conditioning managing and maintenance to become simpler.
It is above-mentioned only with regard to refrigerant air-conditioning for, to the explanation that this system carries out, this system applies also for cold heat ability of swimming simultaneously
The dynamic energy-saving control (in order to more preferably illustrate, by taking refrigeration as an example, hereinafter referred to as " Water cooled air conditioners ") of central air-conditioning, below with reference to reality
The energy-saving management system of one brief description of example once Water cooled air conditioners is applied, which includes: Water cooled air conditioners 24, wireless Water cooled air conditioners
Actuator 12, wireless air-conditioner temperature controller panel 2, air-conditioning state sensor 3, air-conditioning strategy gateway 5, router 11, IP camera
7, Identification of Images server 8, cloud server 5, mobile terminal 9, remote computer control equipment 10；The mobile terminal and institute
The connection of cloud server 5 is stated, for the mobile Water cooled air conditioners 24 supervised, inquire, be set and controlled in each public domain；It is described remote
Journey computerized equipment 10 is connect with the cloud server 5, for air-conditioning period management strategy, air conditioner energy saving management to be arranged
Strategy, remote supervisory, inquiry, any one Water cooled air conditioners 24 in each public domain of control；The air-conditioning strategy gateway 6 with
The cloud server 5 is connected, and receives the information that cloud server 5 is sent；The router 11 provides network signal；Institute
The figure information in 7 pickup area of IP camera is stated, and communicates information to the Identification of Images server 8；The portrait is known
7 acquired image of IP camera is carried out the analysis of portrait data by other server 8, and sends the data to air-conditioning strategy gateway
6；The wireless air-conditioner temperature controller panel 2 is connected with the air-conditioning strategy gateway 6；The air-conditioning state sensor 3 is mounted on institute
The air outlet for stating Water cooled air conditioners 24, temperature, humidity, wind speed for detection air port；The air-conditioning state sensor 3 and air-conditioning
Tactful gateway 6 is connected, and transmits 24 information of Water cooled air conditioners to air-conditioning strategy gateway 6；The wireless Water cooled air conditioners actuator 12 is logical
Cross wireless zigbee receive air-conditioning strategy gateway 6 control Water cooled air conditioners terminal fan coil 24 high, medium and low wind speed and refrigeration,
The execution control information of the electronic valve of heating controls Water cooled air conditioners 24, and after executing data back to air-conditioning strategy gateway 6.
It should be noted that the air-conditioning strategy gateway 6 and air-conditioning state sensor 3 in the present embodiment and the management for refrigerant air-conditioning
The air-conditioning strategy gateway 6 and air-conditioning state sensor 3 of system be it is the same, just no longer illustrate here.
The workflow of the dynamic energy-saving management system of one Water cooled air conditioners of embodiment: it is set first by remote computer control
For the setting working hour of Water cooled air conditioners 24 in 10 pairs of each regions, cloud server 5 is uploaded to simultaneously by network after editor's period
It is issued to corresponding air-conditioning strategy gateway 6, while also the air conditioner energy saving strategy in each region is configured, is uploaded by network
To cloud server 5 and it is issued to corresponding air-conditioning strategy gateway 6.Needing 24 working hour of Water cooled air conditioners, air-conditioning policy network
6 are closed according to preset period strategy, wireless Water cooled air conditioners actuator 12 is sent instructions to by wireless zigbee, is automatically turned on
Corresponding Water cooled air conditioners 24, air-conditioning state sensor 3 obtains air conditioner wind speed, temperature, humidity and will count after Water cooled air conditioners 24 are opened
It is transferred to air-conditioning strategy gateway 6 according to by zigbee network, for judging whether Water cooled air conditioners 24 are normally-open and setting is in advance
If mode, epidemic disaster data in wireless 2 pickup area of air-conditioner temperature controller panel are used for air conditioner energy saving strategy use, due to this
Temperature controller panel 2 may be mounted at suitable position in region without practical airconditioning control, obtain most true environment
Temperature, and air-conditioning strategy gateway 6 is transferred data to by wireless zigbee.Secondly another critically important link people of this system
As identification, the image in camera shooting head region is collected by wireless IP camera 7 or wired IP camera and is transported to portrait knowledge
Other server 8 judge the region flow of the people how much, and send air-conditioning strategy gateway 6, air-conditioning for corresponding flow of the people
Tactful gateway 6 enables built-in air conditioner energy saving strategy and sends the temperature of control instruction adjusting air-conditioning, wind speed automatically to meet currently
Adaptable flow of the people, to adjust the temperature of Water cooled air conditioners dynamically to adapt to air conditioner energy saving.This system is provided in addition to dynamic
It controls outside Energy Saving Control, it can also be by air-conditioning state sensor 3, wireless air-conditioner temperature controller panel 2 in real time by each public domain
Interior temperature, humidity are transferred to cloud server 5 and carry out data analysis, allow Water cooled air conditioners 24 more intelligence and energy conservation.Same time shift
Dynamic terminal 9, remote computer control equipment 10 can be each by network connection to 5 real-time query of cloud server and supervision
Whether platform Water cooled air conditioners 24 work normally, and the management of Water cooled air conditioners 24 and maintenance is allowed to become simpler.
Embodiment two: cloud mode air-conditioning dynamic management system (by taking Water cooled air conditioners as an example) is for more convenient air-conditioning section
Energy project implementation carries out air-conditioning dynamic using cloud mode and manages with the popularization and application of 5G network bandwidth and the decline of rate
Reason, can cancel air-conditioning strategy gateway 6, air-conditioning period management strategy unit 23, air conditioner energy saving management strategy unit 21 are placed on
Cloud server 5, while cancelling Identification of Images server 8, human Facial Image Recognition Algorithm is placed on cloud server 5.
Cloud mode air-conditioning dynamic management system workflow: equipment 10 is controlled to each region by remote computer first
Interior Water cooled air conditioners 24 set working hour, edit and upload to cloud server 5 by network after the period, while also to each region
Interior air conditioner energy saving strategy is configured, and uploads to cloud server 5 by network.Each region Water cooled air conditioners 24 are meeting work
When the period, control instruction is directly issued to wireless Water cooled air conditioners actuator 12 by NB-iot network, control is opened corresponding
Water cooled air conditioners 24, air-conditioning state sensor 3 obtains air outlet wind speed, temperature, humidity and leads to data after Water cooled air conditioners 24 are opened
It crosses NB-iot network and uploads to cloud server 5, for judging whether Water cooled air conditioners 24 are normally-open and preset mould is arrived in setting
Formula, epidemic disaster data in wireless 2 pickup area of air-conditioner temperature controller panel are used for air conditioner energy saving strategy use, due to the temperature controller
Panel 2 may be mounted at the suitable position in region without practical airconditioning control, obtain most true environment temperature, and
5 clouds are transferred data to by NB-iot network.Secondly another critically important link Identification of Images of this system, passes through nothing
Line IP camera 7 or wired IP camera 7 collect the image in camera shooting head region, and data are transported to cloud by 5G network
Hold server 5, judge the region flow of the people how much, it is automatically straight that cloud server 5 enables built-in air conditioner energy saving strategy
Control instruction is received and sent to the temperature of Water cooled air conditioners 24 is adjusted in corresponding regional air conditioner Water cooled air conditioners actuator 12, wind speed comes
Meet currently adaptable flow of the people, to adjust the temperature of Water cooled air conditioners 24 dynamically to adapt to air conditioner energy saving.This system is removed
Dynamic is provided outside Energy Saving Control, can also by air-conditioning state sensor 3, wireless air-conditioner temperature controller panel 2 in real time by each public affairs
The temperature in region, humidity are transferred to cloud server 5 and carry out data analysis altogether, make Water cooled air conditioners 24 more intelligent and energy conservation.
Simultaneously by mobile terminal 9, remote computer control equipment 10 can with each Water cooled air conditioners 24 of real-time query and supervision whether
It works normally, the management of Water cooled air conditioners 24 and maintenance is allowed to become simpler.
Embodiment described above is only that preferred embodiments of the present invention are described, not practical to this
Novel range is defined, and under the premise of not departing from the spirit of the design of the utility model, those of ordinary skill in the art are to this
The various changes and improvements that the technical solution of utility model is made should all fall into the protection that the utility model claims book determines
In range.
Claims (4)
1. a kind of air-conditioning dynamic energy-saving management system, it is characterised in that: control equipment, mobile terminal, people including remote computer
As identification server, IP camera, air-conditioning strategy gateway, air-conditioning state sensor, air-conditioning, wireless air-conditioner temperature controller panel, cloud
Hold server, router；The mobile terminal is connect with the cloud server, is supervised, inquires, is set and controlled for movement
Air-conditioning in each public domain；The remote computer control equipment is connect with the cloud server, when for air-conditioning to be arranged
Segment management strategy, air conditioner energy saving management strategy, remote supervisory, inquiry, any one air-conditioning in each public domain of control；It is described
Air-conditioning strategy gateway is connected with the cloud server；The router provides network signal；The IP camera pickup area
Interior figure information, and communicate information to the Identification of Images server；The Identification of Images server adopts IP camera
The image collected carries out the analysis of portrait data, and sends the data to air-conditioning strategy gateway；The wireless air-conditioner temperature controller panel
It is connected with the air-conditioning strategy gateway, and sends the room temperature information measured to air-conditioning strategy gateway；The air-conditioning state passes
Sensor is mounted on the air outlet of the air-conditioning, for detecting the temperature, humidity, wind speed of air-conditioner air outlet；The air-conditioning state passes
Sensor is connected with air-conditioning strategy gateway, and transmits air-conditioning state information and give air-conditioning strategy gateway；The air-conditioning strategy gateway passes through
The infrared control module of air-conditioning state sensor controls air-conditioning.
2. a kind of air-conditioning dynamic energy-saving management system according to claim 1, it is characterised in that: the air-conditioning strategy gateway
By MCU single-chip microcontroller, power module, period control strategy unit, air conditioner energy saving policy unit, RS485 wired module, zigbee mould
Block, wifi module 4G/5G module, manually performs switch composition at NB-iot module；The power module, period control strategy list
Member, air conditioner energy saving policy unit, RS485 wired module, zigbee module, NB-iot module, wifi module, 4G/5G module point
It is not connected with the MCU single-chip microcontroller；The switch that manually performs is connected with the period control strategy unit；The power module
The working power that air-conditioning strategy gateway needs is provided；The MCU single-chip microcontroller is the core calculations chip of air-conditioning strategy gateway, is used for
Handle the data processing of each information；The air-conditioning strategy gateway can be incited somebody to action by NB-iot module, wifi module, 4G/5G module
Data transmission is to cloud server；The equipment that the air-conditioning strategy gateway is communicated by zigbee module with wireless zigbee
It is communicated；The air-conditioning strategy gateway is communicated by RS485 wired module and wired unit；The air conditioner energy saving plan
Slightly unit is compared by acquiring the temperature of air-conditioner air outlet with the temperature in indoor wireless air-conditioner temperature controller panel reading area
It is right, while it being combined calculating by the analysis data of the collected region flow of the people of IP camera, give a variety of energy saving plans
Slightly, it automatically adjusts to air-conditioner temperature, the wind speed in the region；The period control strategy unit provides by number of days, presses week,
Divide multiple periods to send automatically open air-conditioning, close the instruction of air-conditioning, while providing present period automatically after opening air-conditioning
The initial energy efficiency temperature of air-conditioning；It is described to manually perform switch: the unlatching of the less than pedal system period control strategy of air-conditioning in the region
Or when the shut-in time, air-conditioning can be closed by manually opened air-conditioning or ahead of time, meets the needs of current control air-conditioning.
3. a kind of air-conditioning dynamic energy-saving management system according to claim 1, it is characterised in that: the air-conditioning state sensing
Device includes single-chip microcontroller, radio frequency control module, sensor module, infrared control module, internal memory, air-conditioning code database, power supply
Module, serial communication modular, wireless communication module, air conditioner wind speed electricity generation module；The radio frequency control module and the single-chip microcontroller
It is connected；The sensor module is connected with the single-chip microcontroller, including temperature sensor, humidity sensor, air velocity transducer, gas
Sensor；Infrared emission unit, infrared learning unit are set on the infrared control module；The infrared control module respectively with
The single-chip microcontroller, air-conditioning code database are connected；All kinds of known air-conditioning infrared controls encode and pass through built in the air-conditioning code database
Infrared learning modular learning obtains newly encoded；The internal memory, power module, serial communication modular, radio communication mold
Block is connected with the single-chip microcontroller respectively；The internal memory is for storing the sky that external control devices are wirelessly transmitted to the present apparatus
Adjust all kinds of execution control strategies；The power module provides power supply, is arranged external power supply socket, at the same built-in rechargeable battery and
Charging circuit；The air conditioner wind speed electricity generation module is connected with the power module, charges for rechargeable battery.
4. a kind of air-conditioning dynamic energy-saving management system according to claim 1, it is characterised in that: the IP camera is selected
Wireless one of IP camera and wired IP camera.
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110986295A (en) * | 2019-12-16 | 2020-04-10 | 杭州涂鸦信息技术有限公司 | Remote intelligent control method and system for air conditioner |
| CN112178876A (en) * | 2020-09-28 | 2021-01-05 | 浙江尼普顿科技股份有限公司 | Real-time remote monitoring and optimal control system of air conditioning system based on ES and CS framework |
| CN112923538A (en) * | 2021-02-22 | 2021-06-08 | 天津大学 | Accurate air supply method of large-space fresh air system based on people flow density adjustment |
| CN113028618A (en) * | 2021-04-22 | 2021-06-25 | 武汉奇威特建安工程有限公司 | Air conditioner energy-saving control system based on cloud platform |
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2018
- 2018-12-27 CN CN201822224503.3U patent/CN209415689U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110986295A (en) * | 2019-12-16 | 2020-04-10 | 杭州涂鸦信息技术有限公司 | Remote intelligent control method and system for air conditioner |
| CN112178876A (en) * | 2020-09-28 | 2021-01-05 | 浙江尼普顿科技股份有限公司 | Real-time remote monitoring and optimal control system of air conditioning system based on ES and CS framework |
| CN112923538A (en) * | 2021-02-22 | 2021-06-08 | 天津大学 | Accurate air supply method of large-space fresh air system based on people flow density adjustment |
| CN113028618A (en) * | 2021-04-22 | 2021-06-25 | 武汉奇威特建安工程有限公司 | Air conditioner energy-saving control system based on cloud platform |
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