CN207022727U - Wireless photovoltaic temperature canopy system - Google Patents
Wireless photovoltaic temperature canopy system Download PDFInfo
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- CN207022727U CN207022727U CN201720876411.6U CN201720876411U CN207022727U CN 207022727 U CN207022727 U CN 207022727U CN 201720876411 U CN201720876411 U CN 201720876411U CN 207022727 U CN207022727 U CN 207022727U
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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
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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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
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
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Abstract
The utility model embodiment is related to a kind of wireless photovoltaic temperature canopy system, including：Control centre, multiple photovoltaic temperature canopy terminals and multiple adjusting devices；Each photovoltaic temperature canopy terminal includes：Solar powered module, data acquisition module, processing module and terminal WIFI module；The environmental data in photovoltaic temperature canopy where data collecting module collected photovoltaic temperature canopy terminal, processing module are handled environmental data, obtained ambient parameter data, and ambient parameter data is sent into control centre by terminal WIFI module；Control centre parses to ambient parameter data, obtains the information of photovoltaic temperature canopy, and processing is compared to ambient parameter data according to parameter preset threshold value；When ambient parameter data exceeds parameter preset threshold range, according to ambient parameter data and parameter preset threshold value generation regulation and control data；Adjusting device is according to the environment in regulation and control data regulation and control photovoltaic temperature canopy.
Description
Technical field
It the utility model is related to generation of electricity by new energy technical field of energy storage, more particularly to a kind of wireless photovoltaic temperature canopy system.
Background technology
Greenhouse (greenhouse), also known as greenhouse.Energy printing opacity, insulation, are the facilities for cultivated plant.It is being not suitable for planting
In the season of thing growth, greenhouse breeding time and increase yield can be provided, be used for the plant such as low temperature season warm season vegetable, flowers, forest
Thing cultivation or nursery etc..Photovoltaic temperature canopy is exactly the energy using the sun, to improve the Indoor Temperature in vinyl house or in glass room
Degree, to meet requirement of the plant growth to temperature.
However, either traditional temperature canopy or solar energy temperature canopy, are all often led to also using the measure of manpower supervision at present
The humiture information crossed in the thermohygrometer acquisition greenhouse being suspended in greenhouse, camera is patrolled or installed by manpower in
The mode that control room is monitored, to determine the safe condition in warm canopy.This supervision method passively checked, in information and
All there is leak in secure context, can not guarantee very first time discovery produced problem, very big hidden danger be present.Also, use
This method can only accomplish security monitoring, can not obtain every ecological monitoring data in warm canopy in real time, it is also necessary to by manpower
Warm canopy inspection one by one, especially in shortage of manpower, and manage warm canopy quantity it is many in the case of, this problem is just more prominent.
Utility model content
The purpose of this utility model is the defects of being directed to prior art, there is provided a kind of wireless photovoltaic temperature canopy system, using " temperature
Canopy terminal-WIFI wireless networks-overall control center " the i.e. intellectuality of " slave computer-wireless network-host computer overall control center ",
Networking, the control model of team control, make to carry out in real time using WIFI wireless network modules between warm canopy terminal and overall control center
Data transfer, remote command such as assign, automatically controlled at the function, realize the networking and team controlization control of multiple temperature canopy terminals.This
The wireless photovoltaic temperature canopy system that utility model provides enhances the automaticity to the control of warm canopy, is utilizing photovoltaic green energy resource
While generating energy environmental protection, substantial amounts of human and material resources have been saved, have reduced the cost of investment of system, have improved the warp of system
Ji property.
To achieve the above object, the utility model provides a kind of wireless photovoltaic temperature canopy system, including：
Each photovoltaic temperature canopy terminal includes：Solar powered module, data acquisition module, processing module and terminal
WIFI module；
The solar powered module is connected with the data acquisition module, terminal WIFI module and processing module, will
Solar energy is converted into electric energy, is the data acquisition module, terminal WIFI module and processing module power supply；
The data acquisition module is connected with the processing module, gathers the photovoltaic temperature canopy where the photovoltaic temperature canopy terminal
Interior environmental data, and it is sent to the processing module；
The processing module is connected with the terminal WIFI module, and the environmental data is handled, obtained environment
Supplemental characteristic, and the ambient parameter data is sent to by the control centre by the terminal WIFI module；Wherein, it is described
Ambient parameter data includes the information of corresponding photovoltaic temperature canopy；
The control centre includes：Main control processor, master control memory module, master control display device, master control WIFI module, tune
Control device control module and Master Communications module；
Connected by wireless WIFI between the master control WIFI module and the terminal WIFI module, connected by wireless WIFI
The ambient parameter data that the terminal WIFI module is sent is received, and is sent to the main control processor；
The master control memory module is connected with the main control processor, receives and stores what the main control processor was sent
The ambient parameter data；
The main control processor is connected with the master control WIFI module, receives the described of the master control WIFI module transmission
Ambient parameter data, and the ambient parameter data is parsed, obtain the information of the photovoltaic temperature canopy；
The information for the photovoltaic temperature canopy that the main control processor obtains according to parsing, obtained from the master control memory module
Corresponding parameter preset threshold value, and processing is compared to the ambient parameter data according to the parameter preset threshold value；
The main control processor is connected respectively with the main control processor and the adjusting device control module；When the ring
When border supplemental characteristic exceeds parameter preset threshold range, the main control processor generates corresponding alarm signal, by the environment
Supplemental characteristic and alarm signal are sent to the master control display device；Also, according to the ambient parameter data and described default
Parameter threshold generation regulation and control data, the regulation and control data are sent to the adjusting device control module；The regulation and control packet
Include the information of the photovoltaic temperature canopy；
The master control display device is connected with the main control processor, receives the ring that the main control processor is sent
Border supplemental characteristic and alarm signal, and output display；
The adjusting device control module is connected with the main control processor, receives the tune that the main control processor is sent
Data are controlled, the first adjustment signal, and the letter of the photovoltaic temperature canopy carried according to the regulation and control data are generated according to the regulation and control data
Breath sends first adjustment signal to the Master Communications module, is sent to corresponding and adjusted by the Master Communications module
Control equipment；
The adjusting device includes power take-off unit, regulation and control drive module and regulation and control communication module；
The regulation and control communication module is connected with the Master Communications module, receives the institute that the Master Communications module is sent
The first adjustment signal is stated, and is sent to the regulation and control drive module；
The regulation and control drive module is connected with the power take-off unit, according to first adjustment signal driving
Power take-off unit is run.
Preferably, the wireless photovoltaic temperature canopy system also includes：Failure detector；
The failure detector is connected with the control centre, receives the exception monitoring letter that the control centre sends
Number, and sent according to the exception monitoring signal generation data acquisition signal, and by institute's data acquisition signal to each photovoltaic temperature
Canopy terminal；
The photovoltaic temperature canopy terminal is according to the data acquisition signal to the photovoltaic temperature canopy where the photovoltaic temperature canopy terminal
Interior environment is monitored.
It is further preferred that the photovoltaic temperature canopy terminal also includes：Warning device；
The warning device is according to the exception monitoring signal generation and output control central fault alarm signal.
Preferably, the photovoltaic temperature canopy terminal also includes：Electrical storage device；
The electrical storage device is connected with the solar powered module, the electricity exported by the solar powered module
The electrical storage device can be charged.
It is further preferred that the photovoltaic temperature canopy terminal also includes：Power energy monitoring and controlling device；
The power energy monitoring and controlling device is respectively connected with the electrical storage device and the solar powered module；
When the electric energy that the power energy monitoring and controlling device monitoring to the solar powered module exports is less than the data acquisition
During the energy requirements of module, WIFI module and processing module, control open the electrical storage device to the data acquisition module,
WIFI module and processing module are powered.
Preferably, the photovoltaic temperature canopy terminal also includes：Terminal presentation facility；
The terminal presentation facility is connected with the solar powered module, is institute by the solar powered module
State display device and electric energy is provided；
The terminal presentation facility is connected with the processing module, receives the environment ginseng that the processing module is sent
Number data and output display.
Preferably, the control centre also includes:Master control input equipment；
The master control input equipment is connected with main control processor, receives the control instruction of user's input, and by the control
Instruction processed is sent to the main control processor；
The main control processor generates corresponding regulation and control data according to the control instruction.
It is further preferred that the control centre also includes：Power module；
The power module includes solar energy photovoltaic panel, and the power module is the master control input equipment, master control processing
Device, master control display device, the power supply of master control WIFI module.
Preferably, the control centre also includes:Master control warning device；
The main control processor sends the alarm signal to the master control warning device, the master control warning device root
Export and alarm according to the alarm signal.
Preferably, the solar powered module is arranged at the top of the photovoltaic temperature canopy.
The wireless photovoltaic temperature canopy system that the utility model embodiment provides, using " warm canopy terminal-WIFI wireless networks-
Overall control center " the i.e. intellectuality of " slave computer-wireless network-host computer overall control center ", networking, the control mould of team control
Formula, make between warm canopy terminal and overall control center using WIFI wireless network modules carry out real-time Data Transmission, remote command assign,
The function such as automatically control, realize the networking and team controlization control of multiple temperature canopy terminals.Wireless photovoltaic provided by the utility model
Warm canopy system enhances the automaticity to the control of warm canopy, while using photovoltaic green energy resource generating energy environmental protection, section
About substantial amounts of human and material resources, the cost of investment of system is reduced, improve the economy of system.
Brief description of the drawings
Fig. 1 is a kind of block diagram for wireless photovoltaic temperature canopy system that the utility model embodiment provides.
Embodiment
Below by drawings and examples, the technical solution of the utility model is described in further detail.
Fig. 1 is the block diagram for the wireless photovoltaic temperature canopy system that the utility model embodiment provides.As shown in figure 1, this practicality is new
The wireless photovoltaic temperature canopy system that type embodiment provides includes:Control centre 100, multiple photovoltaic temperature canopy terminals 200 and multiple regulation and control
Equipment 300.
Each photovoltaic temperature canopy is with a photovoltaic temperature canopy terminal 200 and multiple adjusting devices with difference in functionality.Often
Individual photovoltaic temperature canopy terminal 200 is all connected with control centre 100, and control centre 100 is connected with multiple has difference in functionality
Adjusting device 300.Control centre 100 is by controlling the adjusting device 300 of multiple difference in functionalitys to regulate and control in each photovoltaic temperature canopy
Every environmental index.
Wherein, control centre 100 includes：Main control processor 10, master control display device 20, master control warning device 30, master control
Input equipment 40, master control WIFI module 50, power module 60, master control memory module 70, adjusting device control module 80 and master control
Communication module 90.
Main control processor 10 respectively with master control display device 20, master control warning device 30, master control input equipment 40, master control
WIFI module 50, power module 60, master control memory module 70, adjusting device control module 80 are connected with Master Communications module 90.
Specifically, data and/or signal enter master control by master control WIFI module 50 and/or master control input equipment 40 and handled
Device 10, main control processor 10 are handled external data, according to result to master control display device 20, master control warning device
30th, master control input equipment 40, master control memory module 70, adjusting device control module 80 and the output data of Master Communications module 90
And/or signal.
Power module 60 includes solar energy photovoltaic panel, voltage conversion circuit etc., convert solar energy into electrical energy for master control it is defeated
Enter equipment 40, main control processor 10, master control display device 20, master control warning device 30, master control WIFI module 50, master control storage mould
Block 70, adjusting device control module 80 and Master Communications module 90 are powered.
The configuration all same of multiple photovoltaic temperature canopy terminals 200, is arranged in warm canopy, exemplified by one of them, photovoltaic temperature canopy
Terminal 200 includes：Solar powered module 1, data acquisition module 2, processing module 4, terminal WIFI module 3 and warning device 5.
Processing module 4 is distinguished with solar powered module 1, data acquisition module 2, terminal WIFI module 3 and warning device 5
It is connected.
Specifically, data acquisition module 2 gather photovoltaic temperature canopy terminal where warm canopy in environmental data, be sent to processing
Module 4, processing module 4 are handled the environmental data collected, and the ambient parameter data obtained after processing is passed through into terminal
WIFI module 3 is sent to control centre 100.Wherein, ambient parameter data includes the information of corresponding photovoltaic temperature canopy, photovoltaic temperature
The information of canopy is the identity information of photovoltaic temperature canopy terminal, for determining the identity of the photovoltaic temperature canopy where photovoltaic temperature canopy terminal.
Solar powered module 1 is connected with data acquisition module 2, communication module 3, processing module 4 and warning device 5,
Convert solar energy into electrical energy, powered for data acquisition module 2, communication module 3, processing module 4 and warning device 5；
Specifically, solar powered module 1 is installed on the top of photovoltaic temperature canopy, while plant growth needs are met,
Illumination can be gathered to be generated electricity, peripheral protective layer of the and can as warm canopy, there is insulation, reduce pest and disease damage, anti-ice hail, spoke
Penetrate, the bad weather such as heavy rain, high wind the advantages that.
Data acquisition module 2 includes：Multiple data acquisition units (not marked in figure) and corresponding signal adapter are (in figure not
Mark).Multiple data acquisition units (not marked in figure) are to the air humidity in warm canopy, air themperature, soil moisture, soil temperature
The parameters such as degree, intensity of illumination, wind speed, gas concentration and plant pest situation carry out data acquisition, and by the mould of gathered data
Intend signal and be sent to corresponding signal transducer.Each signal adapter is connected with corresponding data acquisition unit, to receiving
Gathered data carry out signal conversion, data signal is converted to by analog signal.
The environmental data specifically detected can include：Air themperature, air humidity, plant leaf surface humidity in warm canopy, soil
Earth temperature, soil moisture, P in soil H values, EC values, intensity of illumination, wind speed, wind direction, CO inside and outside warm canopy2Concentration, O2In concentration, plant
Virus, insect pest, germ, fungi, bacterium, the Ecological Environmental Data such as pest and disease damage type and degree such as grey enzyme.
The environmental data collected is sent processing module 4 by data acquisition module 2.Processing module 4 receives environmental data simultaneously
Environmental data is analyzed and processed, obtains ambient parameter data, and by terminal WIFI module 3 by ambient parameter data with number
The mode that word signal is wirelessly transferred is sent to control centre 100.
Ambient parameter data is drawn after being integrated to environmental data, can specifically include high temperature early-warning parameterses, fire
Calamity early-warning parameterses, floods early-warning parameterses, pest and disease damage early-warning parameterses etc..
The master control WIFI module 50 of control centre 100 receives photovoltaic temperature canopy terminal 200 and sends ambient parameter data, and sends
To main control processor 10.Ambient parameter data includes the information of photovoltaic temperature canopy.Due to the environment feelings needed for different photovoltaic temperature canopies
Condition may be different, so main control processor needs to sentence to make corresponding processing according to the environmental demand of different photovoltaic temperature canopies.It is main
Processor 10 is controlled by parsing ambient parameter data, the information of photovoltaic temperature canopy is obtained, so that it is determined that providing the ambient parameter data
Photovoltaic temperature canopy terminal 200 corresponding to photovoltaic temperature canopy, and then obtained according to the information of photovoltaic temperature canopy from master control memory module 70
The parameter preset threshold value of corresponding photovoltaic temperature canopy.Parameter preset threshold range is in the photovoltaic temperature canopy at the place of photovoltaic temperature canopy terminal 200
The safe range of environmental data, the requirement of the photovoltaic temperature canopy to environment is represented, can be with specific reference to the ring needed for photovoltaic temperature canopy
Mobile state adjustment is entered in border.
Meanwhile main control processor 10 sends ambient parameter data to master control memory module 70, to master control memory module
70 pairs of ambient parameter datas are recorded and backed up.
Whether main control processor 10 judges ambient parameter data in parameter preset threshold range.Parameter preset threshold range
Can be that user is inputted or is stored in advance in master control memory module 70 by master control input equipment 40.Work as ring
When border supplemental characteristic is beyond the parameter threshold scope of setting, main control processor 10 generates corresponding alarm signal.
On the one hand, ambient parameter data and alarm signal are sent to master control display device 20 by main control processor 10, are passed through
Master control display device 20 is shown to ambient parameter data, and shows corresponding abnormal information according to alarm signal, can be with
Ambient parameter data in a period of time is shown in graphical form, so that user clearly knows the fluctuation of parameters
Trend.Also, alarm signal is sent to master control warning device 30 by main control processor 10, report is sent by master control warning device 30
Alert information.
On the other hand, main control processor 10 will be adjusted according to ambient parameter data and parameter preset threshold value generation regulation and control data
Control data are sent to adjusting device control module 80.Regulation and control data can be understood as ambient parameter data and reach parameter preset threshold value
Required value.Adjusting device control module 80 generates the first adjustment signal according to regulation and control data, and the first control signal is sent
To corresponding adjusting device 300.Adjusting device 300 makes phase according to the instruction of the first adjustment signal to photovoltaic temperature canopy terminal 200
The regulation and control action answered.Regulation and control data and the first adjustment signal all include the information of photovoltaic temperature canopy, are needed to mark to which light
Lie prostrate warm canopy terminal 200 and carry out environment conditioning.
Each adjusting device 300 can realize different adjusting functions to photovoltaic temperature canopy terminal 200.Adjusting device 300
Can specifically include as：Automatic shutter, automatic spraying equipment, Auto-drainage facility, pesticide dispersal equipment, heating furnace, photovoltaic
Water pump, ventilation fan etc..
Specifically, adjusting device 300 includes regulation and control processing module 301, regulation and control drive module 302 and regulation and control communication module
303。
Adjusting device control module 80 receives regulation and control data, and the first adjustment signal is generated according to regulation and control data.Adjusting device
300 regulation and control communication module 303 receives the first adjustment signal, and is sent to regulation and control drive module 302, to regulate and control drive module
302 driving regulation and control processing modules 301 open according to the first adjustment signal, stop or change mode of operation, to realize remote control and regulation
The purpose of photovoltaic temperature canopy terminal 200.This pattern for regulating and controlling photovoltaic temperature canopy terminal 200 by control centre 100 is remote command
Mode of operation.
In a specific example, data acquisition module 2 is to the CO in the first photovoltaic temperature canopy2Gas concentration, O2Gas is dense
Degree, air themperature and air humidity carry out data acquisition, obtain including CO2Gas concentration value is less than certain value, O2Gas concentration value is high
It is less than the environmental data of certain value in certain value, air temperature value higher than certain value and air humidity value, and these environmental datas are sent
To processing module 4.
Processing module 4 carries out confluence analysis to environmental data, draws the ambient parameter data of corresponding one-level fire alarm.
Main control processor 10 receives the ambient parameter data of fire alarm, and the first photovoltaic is obtained from master control memory module
The parameter preset threshold range of the fire alarm of warm canopy is not less than three-level.Main control processor 10 judges ambient parameter data not
In parameter preset threshold range, master control warning device 30 is sent to so as to produce fire alarm signal.Master control warning device 30
Emergency alarm bell, alarm lamp, information transmitting apparatus etc. can be specifically included, after alarm signal is received, the sound that sounds the alarm, lamp
Light and send warning message (such as short message) or call on the mobile phone of operator on duty, or automatic transfer to fire alarm electricity
Words, the in the phone generation of playback report fire and geographical position etc..
Now, main control processor 10, which also produces, reduces CO2Gas concentration, increase O2Gas concentration, reduce air themperature and increasing
Add the regulation and control data of air humidity, accordingly generation reduces CO to adjusting device control module 802Gas concentration, increase O2Gas concentration,
Reduction air themperature and the first adjustment signal for increasing air humidity, and be respectively sent to adjust gas concentration equipment, adjustment sky
The adjusting device 300 of gas temperature device and adjustment air humidity equipment.So that adjusting device 300 is to corresponding photovoltaic temperature canopy terminal
200 carry out reduction CO2Gas concentration, increase O2Gas concentration, reduce air themperature and increase the processing of air humidity, to eliminate
The possibility of fire occurs.
It can understand for the ease of the personnel in warm canopy and get information about parameters information etc., photovoltaic temperature canopy terminal
Also include display device 5.
Terminal presentation facility (not marked in figure) is connected with solar powered module 1, is by solar powered module 1
Display device 5 provides electric energy；
Terminal presentation facility (not marked in figure) is connected with processing module 4, the ambient parameter that receiving processing module 4 is sent
Data, and output display.
In another specific embodiment, user can also be inputted by master control input equipment 40 to main control processor 10
Regulation and control instruction, the corresponding regulation and control data of regulation and control instruction generation that main control processor 10 inputs according to user, makes whole to photovoltaic temperature canopy
The pattern switching of the regulation and control of end 200 is manual mode, reaches control centre 100 and regulates and controls photovoltaic temperature canopy terminal 200 manually by user
The effect of environment.
In addition, when control centre 100 breaks down, photovoltaic temperature canopy terminal 200 switches to automatic control pattern.Each warm canopy
Also in the independent control pattern by the independent control of photovoltaic temperature canopy terminal 200.
Specifically, the wireless photovoltaic temperature canopy system that the utility model embodiment provides also includes failure detector 400.
When thering is any module to break down in control centre 100, it can all think that failure detector 400 sends exception monitoring letter
Number.Failure detector 400 is sent to processing according to exception monitoring signal generation data acquisition signal through terminal WIFI module 3
Module 4, processing module 4 switches to automatic control pattern according to data acquisition signal, and data acquisition signal is sent to data acquisition
Module 2, data acquisition module 2 are carried out according to data acquisition signal to environment in the photovoltaic temperature canopy where photovoltaic temperature canopy terminal 200
Data acquisition, and obtain environmental data and send to processing module 4.
Processing module 4 is preset according to environmental data build environment supplemental characteristic, and by ambient parameter data according to what is prestored
Parameter threshold scope compares.When ambient parameter data is not in the parameter preset threshold range to prestore, the regulation and control of generation second
Signal is simultaneously sent to local adjusting device, to drive local adjusting device to the environment in corresponding photovoltaic temperature canopy terminal 200
Regulated and controled.So as to reach the effect of the local scene auto-control environment of photovoltaic temperature canopy terminal 200.
In addition, processing module 4 parses according to the second adjustment signal to the failure of control centre 100, after being parsed
Fault cues information is generated, fault cues information is shown by terminal presentation facility (not marked in figure), so that user
Fault message can be got information about, pre- judgement is can be carried out when preceding going maintenance, so as to prepare maintenance program and spare part, section
Save maintenance time.
Meanwhile fault cues information is also sent to warning device 5, warning device 5 and can also specifically included by processing module 4
Emergency alarm bell, alarm lamp, information transmitting apparatus etc., after alarm signal is received, the sound that sounds the alarm, light and transmission
Warning message (such as short message) is called on the mobile phone of operator on duty, or transfers to Fire telephone automatically, in the phone
Playback report fire generation and geographical position etc..
In addition, photovoltaic temperature canopy terminal 200 also includes：Electrical storage device 8 and power energy monitoring and controlling device 9；
Electrical storage device 8 is connected with solar powered module 1, and the electric energy exported by solar powered module 1 is to electric power storage
Device 8 is charged.
Specifically, in the case of the relatively good sunlight abundance of weather conditions, the power output of solar powered module 1
Except supplying in warm canopy in addition to various direct currents, AC load, its dump energy is stored into by four stage DC/DC intelligent chargers
In electrical storage device 8, power reserve is provided to various direct currents, AC load for night or rainy days.
Electrical storage device 8 can also be charged by civil power, to ensure supply of electric power abundance.
Power energy monitoring and controlling device 9 is respectively connected with electrical storage device 8 and solar powered module 1；
When power energy monitoring and controlling device 9 monitors that the electric energy that solar powered module 1 exports is less than data acquisition module 2, terminal
During the energy requirements of WIFI module 3 and processing module 4, control opens electrical storage device 8 to data acquisition module 2, terminal WIFI moulds
Block 3 and processing module 4 are powered.
, can also be by way of sending and recovering code, by wireless photovoltaic temperature canopy after the failure of control centre 100 is excluded
System returns remote command mode of operation by independent control patten transformation.
Solar energy power generating is a kind of green, environmentally friendly, pollution-free, inexhaustible high efficient energy sources, application
In warm canopy in agricultural, a large amount of electric energy can be saved, are reduced environmental pollution, produce very big economic benefit.Also it is simultaneously existing
Generationization rural area strengthens environmental consciousness, improves the scientific and technological idea of people, produces far-reaching social benefit.
The wireless photovoltaic temperature canopy system that the utility model embodiment proposes, using " warm canopy terminal-WIFI wireless networks-
Overall control center " the i.e. intellectuality of " slave computer-wireless network-host computer overall control center ", networking, the control mould of team control
Formula, make between warm canopy terminal and overall control center using WIFI wireless network modules carry out real-time Data Transmission, remote command assign,
The function such as automatically control, realize the networking and team controlization control of multiple temperature canopy terminals.Wireless photovoltaic provided by the utility model
Warm canopy system enhances the automaticity to the control of warm canopy, while using photovoltaic green energy resource generating energy environmental protection, section
About substantial amounts of human and material resources, the cost of investment of system is reduced, improve the economy of system.
It is access, the monitoring that parameters can be achieved by control centre, can also realizes that the backup of data is preserved, beaten
Print, can also set user right, to be issued situations such as towards different user, floods, fire, the plague of insects can occur in warm canopy
Go out warning message and notify related personnel, therefore can easily realize the unattended of warm canopy, greatly reduce warm canopy management into
This, improves the economy of system.
Above-described embodiment, the purpose of this utility model, technical scheme and beneficial effect are entered
One step describes in detail, should be understood that and the foregoing is only specific embodiment of the present utility model, is not used to limit
Determine the scope of protection of the utility model, it is all within the spirit and principles of the utility model, any modification for being made, equally replace
Change, improve, should be included within the scope of protection of the utility model.
Claims (10)
1. a kind of wireless photovoltaic temperature canopy system, it is characterised in that the wireless photovoltaic temperature canopy system includes：It is control centre, multiple
Photovoltaic temperature canopy terminal and multiple adjusting devices；
Each photovoltaic temperature canopy terminal includes：Solar powered module, data acquisition module, processing module and terminal WIFI moulds
Block；
The solar powered module is connected with the data acquisition module, terminal WIFI module and processing module, by the sun
Electric energy can be converted into, is the data acquisition module, terminal WIFI module and processing module power supply；
The data acquisition module is connected with the processing module, gathers in the photovoltaic temperature canopy where the photovoltaic temperature canopy terminal
Environmental data, and it is sent to the processing module；
The processing module is connected with the terminal WIFI module, and the environmental data is handled, obtained ambient parameter
Data, and the ambient parameter data is sent to by the control centre by the terminal WIFI module；Wherein, the environment
Supplemental characteristic includes the information of corresponding photovoltaic temperature canopy；
The control centre includes：Main control processor, master control memory module, master control display device, master control WIFI module, regulation and control are set
Standby control module and Master Communications module；
Connected by wireless WIFI between the master control WIFI module and the terminal WIFI module, connect by wireless WIFI connections
The ambient parameter data that the terminal WIFI module is sent is received, and is sent to the main control processor；
The master control memory module is connected with the main control processor, receives and stores the described of the main control processor transmission
Ambient parameter data；
The main control processor is connected with the master control WIFI module, receives the environment that the master control WIFI module is sent
Supplemental characteristic, and the ambient parameter data is parsed, obtain the information of the photovoltaic temperature canopy；
The information for the photovoltaic temperature canopy that the main control processor obtains according to parsing, obtained from the master control memory module corresponding
Parameter preset threshold value, and processing is compared to the ambient parameter data according to the parameter preset threshold value；
The main control processor is connected respectively with the main control processor and the adjusting device control module；When the environment is joined
When number data exceed parameter preset threshold range, the main control processor generates corresponding alarm signal, by the ambient parameter
Data and alarm signal are sent to the master control display device；Also, according to the ambient parameter data and the parameter preset
Threshold value generation regulation and control data, the regulation and control data are sent to the adjusting device control module；The regulation and control data include institute
State the information of photovoltaic temperature canopy；
The master control display device is connected with the main control processor, receives the environment ginseng that the main control processor is sent
Number data and alarm signal, and output display；
The adjusting device control module is connected with the main control processor, receives the regulation and control number that the main control processor is sent
According to, the first adjustment signal is generated according to the regulation and control data, and will according to the information of the photovoltaic temperature canopy of the regulation and control data carrying
First adjustment signal is sent to the Master Communications module, is sent to corresponding regulation and control and set by the Master Communications module
It is standby；
The adjusting device includes power take-off unit, regulation and control drive module and regulation and control communication module；
The regulation and control communication module is connected with the Master Communications module, receives described the of Master Communications module transmission
One adjustment signal, and it is sent to the regulation and control drive module；
The regulation and control drive module is connected with the power take-off unit, and the power is driven according to first adjustment signal
Output unit is run.
2. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the wireless photovoltaic temperature canopy system is also wrapped
Include：Failure detector；
The failure detector is connected with the control centre, receives the exception monitoring signal that the control centre sends,
And sent according to the exception monitoring signal generation data acquisition signal, and by institute's data acquisition signal to each photovoltaic temperature canopy end
End；
The photovoltaic temperature canopy terminal is according to the data acquisition signal in the photovoltaic temperature canopy where the photovoltaic temperature canopy terminal
Environment is monitored.
3. wireless photovoltaic temperature canopy system according to claim 2, it is characterised in that the photovoltaic temperature canopy terminal also includes：
Warning device；
The warning device is according to the exception monitoring signal generation and output control central fault alarm signal.
4. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the photovoltaic temperature canopy terminal also includes：
Electrical storage device；
The electrical storage device is connected with the solar powered module, the electric energy pair exported by the solar powered module
The electrical storage device is charged.
5. wireless photovoltaic temperature canopy system according to claim 4, it is characterised in that the photovoltaic temperature canopy terminal also includes：
Power energy monitoring and controlling device；
The power energy monitoring and controlling device is respectively connected with the electrical storage device and the solar powered module；
When the electric energy that the power energy monitoring and controlling device monitoring to the solar powered module exports be less than the data acquisition module,
During the energy requirements of WIFI module and processing module, control opens the electrical storage device to the data acquisition module, WIFI moulds
Block and processing module are powered.
6. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the photovoltaic temperature canopy terminal also includes：
Terminal presentation facility；
The terminal presentation facility is connected with the solar powered module, is described aobvious by the solar powered module
Show that equipment provides electric energy；
The terminal presentation facility is connected with the processing module, receives the ambient parameter number that the processing module is sent
According to simultaneously output display.
7. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the control centre also includes:Master control
Input equipment；
The master control input equipment is connected with main control processor, receives the control instruction of user's input, and the control is referred to
Order is sent to the main control processor；
The main control processor generates corresponding regulation and control data according to the control instruction.
8. wireless photovoltaic temperature canopy system according to claim 7, it is characterised in that the control centre also includes:Power supply
Module；
The power module includes solar energy photovoltaic panel, and the power module is the master control input equipment, main control processor, master
Control display device, the power supply of master control WIFI module.
9. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the control centre also includes:Master control
Warning device；
The main control processor sends the alarm signal to the master control warning device, and the master control warning device is according to institute
State alarm signal output alarm.
10. wireless photovoltaic temperature canopy system according to claim 1, it is characterised in that the solar powered module is set
In the top of the photovoltaic temperature canopy.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720876411.6U CN207022727U (en) | 2017-07-19 | 2017-07-19 | Wireless photovoltaic temperature canopy system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720876411.6U CN207022727U (en) | 2017-07-19 | 2017-07-19 | Wireless photovoltaic temperature canopy system |
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| Publication Number | Publication Date |
|---|---|
| CN207022727U true CN207022727U (en) | 2018-02-23 |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109976421A (en) * | 2019-03-27 | 2019-07-05 | 甘超宇 | A kind of intelligent Greenhouse control system and application method |
| CN117694080A (en) * | 2024-02-06 | 2024-03-15 | 四川省农业机械科学研究院 | Intelligent irrigation system and method based on wind-light-electricity |
-
2017
- 2017-07-19 CN CN201720876411.6U patent/CN207022727U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109976421A (en) * | 2019-03-27 | 2019-07-05 | 甘超宇 | A kind of intelligent Greenhouse control system and application method |
| CN117694080A (en) * | 2024-02-06 | 2024-03-15 | 四川省农业机械科学研究院 | Intelligent irrigation system and method based on wind-light-electricity |
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