CN207160908U - It can generate electricity and dim the device of insulated ventilation sunshade - Google Patents
It can generate electricity and dim the device of insulated ventilation sunshade Download PDFInfo
- Publication number
- CN207160908U CN207160908U CN201720930134.2U CN201720930134U CN207160908U CN 207160908 U CN207160908 U CN 207160908U CN 201720930134 U CN201720930134 U CN 201720930134U CN 207160908 U CN207160908 U CN 207160908U
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- Prior art keywords
- photovoltaic cell
- gear
- rack
- group
- tilt adjustment
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- Withdrawn - After Issue
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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
- Y02B10/00—Integration of renewable energy sources in buildings
- Y02B10/10—Photovoltaic [PV]
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- Photovoltaic Devices (AREA)
Abstract
The utility model provides a kind of device for the light modulation insulated ventilation sunshade that generates electricity, the device is connected with being located at the outside inverter automatically controlled by microprocessor realization, and the device includes device housing, bus, photovoltaic cell component, rack, photovoltaic cell gear, rack pinch roller, bearing, even number set photovoltaic cell tilt adjustment motor, odd number group photovoltaic cell tilt adjustment motor etc..Effect of the present utility model is that the device has generating, automatically adjusts the functions such as interior climate, institute's generated energy is stored in battery by micro- inverter and used for indoor equipment and the present apparatus, pass through the control device of microcontroller, also ventilation, daylighting, generating isotype can be switched according to outdoor environment, so as to adjust interior climate, meet the requirement of green building.
Description
Technical field
Building energy saving field is the utility model is related to, can be sent out more particularly to one kind of architectural shading and field of photovoltaic power generation
The device of electricity light modulation insulated ventilation sunshade.
Background technology
With the continuous combination of Building technology and photovoltaic technology, green building has obtained significant progress, particularly photovoltaic
The combination of product and external wall, exterior window and curtain wall, it may have very big application space.But in sunshade, hair in existing product
There is deficiency for the combination of electricity, daylighting, ventilation etc. so that photovoltaic products generate in external wall and the application on forms
Short slab.
The content of the invention
The purpose of this utility model is to provide a kind of device for the light modulation insulated ventilation sunshade that generates electricity, applied to external window of building
Or on curtain wall, the microenvironments such as daylighting, the ventilation of building can be adjusted, but also have the function of generating concurrently, making full use of forms
Interior climate can also be adjusted while generating.
To achieve the above object, the technical solution adopted in the utility model be to provide one kind can generate electricity light modulation insulated ventilation hide
The device of sun, the device are connected with being located at the outside inverter automatically controlled by microprocessor realization, wherein：The device
Device housing, bus, multigroup photovoltaic cell component, rack, photovoltaic cell gear, rack pressure including being fixed on window frame exterior wall
Wheel, bearing, even number set photovoltaic cell tilt adjustment motor, odd number group photovoltaic cell tilt adjustment motor, illuminance probe, radiation
Illumination probe, ventilating frame.
Described to distinguish grafting top protection cap, side protection cap with two sides at the top of device housing, inside top edge is provided with
Inclination angle is 60 degree of inclined plane, and the side frame of device housing two is provided with groove, and inside grooves are uniformly placed with multiple circular holes, Mei Geyuan
Bearing is inlaid with hole, the nail joint of device housing back has ventilating frame, and ventilating frame both sides are respectively provided with a row parallelogram air vent.
The bus includes motor control line, photovoltaic cell power line and photovoltaic cell power bus, and bus passes through housing
The threading hole that the groove side surface upper part of two side frames is provided with is connected with outside inverter.
Multigroup photovoltaic cell component includes photovoltaic cell connector, photovoltaic cell power line, photovoltaic cell and anti-
Light coating plate, photovoltaic cell connector are provided with two slots and photovoltaic cell connecting shaft, and photovoltaic cell connector is inserted by two
Groove grafting and is adhesive in the both sides of reflecting coating plate and photovoltaic cell respectively, and the another both sides of the non-grafting of photovoltaic cell are fillet
Structure, multigroup photovoltaic cell component are divided into odd number group photovoltaic cell component and even number set photovoltaic cell component, photovoltaic cell connection
Part axle is hollow structure, and the photovoltaic cell connector shaft both ends of even number set photovoltaic cell connector are plugged in bearing, photovoltaic electric
Pond connector shaft right-hand member is plugged with photovoltaic cell gear, and photovoltaic cell gear is located at the side frame inside grooves of housing two, photovoltaic electric
Pond connector shaft left end hollow structure extends there through for photovoltaic cell power line；The photovoltaic electric of odd number group photovoltaic cell connector
Pond connector shaft both ends are plugged in bearing, and photovoltaic cell connector shaft left end is plugged with photovoltaic cell gear, photovoltaic cell tooth
Wheel is located at the side frame inside grooves of housing two, and photovoltaic cell connector shaft right-hand member hollow structure is used for photovoltaic cell power line therefrom
Pass through；The wherein all photovoltaic cell power bus in side are connected to photovoltaic cell power bus, and photovoltaic cell power line is along housing
Inside grooves side wiring.The side connector of the reflecting coating plate of first group of photovoltaic cell component of multigroup photovoltaic cell component
On be inlaid with illuminance probe, the side connector of the photovoltaic cell of first group of photovoltaic cell component of multigroup photovoltaic cell component
On be inlaid with radiant illumination probe, rack pinch roller is plugged in housing recessed side portions, and rack pinch roller is in same with photovoltaic cell gear
On one horizontal plane, rack is located among rack pinch roller and photovoltaic cell gear, and rack is located at housing inside grooves simultaneously, rack with
One group of photovoltaic cell gear engagement；Even number set photovoltaic cell is respectively fixed with device housing top surface edge housing groove both sides
Tilt adjustment motor, odd number group photovoltaic cell tilt adjustment motor, wherein being socketed in even number set photovoltaic by stepping motor gear
Battery tilt adjustment motor, odd number group photovoltaic cell tilt adjustment motor output shaft on be socketed stepping motor gear, wherein walking
Stepper motor gear and one group of photovoltaic cell gear are located on straight line, and stepping motor gear engages with rack, adjusts respectively
Even number set and odd number group photovoltaic cell tilt angles；For housing inside grooves structure in addition to photovoltaic cell gear, housing opposite side is recessed
Bus, photovoltaic cell power bus, threading hole, rack, rack pinch roller bearing, photovoltaic cell connector shaft inside groove are therewith
Symmetrically；Even number set photovoltaic cell tilt adjustment motor driven stepping motor gear rotates forward or reversion, so as to which side rack is upward
Or move downward, side rack then drives the photovoltaic cell gear synchronous of even number set photovoltaic cell component to rotate forward or invert,
So as to the inclination angle of synchronous change even number set photovoltaic cell component；Odd number group photovoltaic cell tilt adjustment motor driven stepper motor tooth
Wheel rotates forward or reversion, and so as to which opposite side rack upwardly or downwardly moves, opposite side rack then drives odd number group photovoltaic cell
The photovoltaic cell gear synchronous of component rotates forward or reversion, so as to the inclination angle of synchronous change even number set photovoltaic cell component.
Effect of the present utility model is that the apparatus structure is simple, easy for installation, can be very easily to building outer micro climate
Optimize, and then adjust Interior Illumination Environment and thermal environment, the high-end residential that is particularly suitable for use in, office building and reconstruction of existing building.
This structure integrates daylighting regulation, ventilation parameters, generating, can be automatically adjusted according to outdoor weather condition daylighting, it is hot, logical
Wind, and can make full use of solar power generation.It is flexible multi-purpose, there is the available use of multiplex mode, have to building energy conservation very long-pending
The meaning of pole.
Solar radiation sets control threshold (such as 300W/m2), shading pattern is enabled more than this threshold value, so as to reduce the sun
Radiate hot.The present invention has following advantage in terms of building energy conservation and renewable energy utilization：
(1) it is heat-insulated, solar gain is effectively reduced, saves energy consumption of air conditioning in summer 10%~15%.
(2) dim, maximally utilise natural light, solar radiation than it is stronger when can by reflection after formed compared with
Light is scattered for uniform soft ceiling, saves lighting energy consumption 10%~20%.
(3) gravity-flow ventilation, the blinds formed by photovoltaic cell component are aerated, and air-conditioning can be saved in transition season
The fresh air transmission ＆ distribution energy consumption of system, can save transition season air conditioning energy consumption 30%~50%.
Brief description of the drawings
Fig. 1 is the structure drawing of device of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 2 is the device photovoltaic cell component structure chart 1 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 3 is the device photovoltaic cell component structure chart 2 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 4 is the device side detail vie of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 5 is detail view at the top of the device of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 6 is control block diagram of the present utility model；
Fig. 7 a are the device embodiments 1 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 7 b are the device embodiments 2 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 7 c are the device embodiments 3 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 7 d are the device embodiments 4 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity；
Fig. 7 e are the device embodiments 5 of the light modulation insulated ventilation sunshade of the present utility model that generates electricity.
In figure：
1. the photovoltaic cell of the air vent 5. of 2. side protection cap of device housing, 3. bus 4. top 6. inclined plane of protection cap 7.
The stepping motor gear of 10. photovoltaic cell power bus of the multigroup 9. reflecting coating plate of photovoltaic cell component of connector 8. 11.
12. the light of 17. bearing of threading hole 13. rack, 14. photovoltaic cell gear, 15. rack pinch roller, 16. photovoltaic cell power line 18.
Lie prostrate the odd number group photovoltaic cell inclination angle of 19. photovoltaic cell of battery connecting piece axle, 20. even number set photovoltaic cell tilt adjustment motor 21.
The illuminance of 22. motor control line of the regulation motor 23. probe 24. radiant illuminations probe microcontroller of 25. ventilating frame 26.
Embodiment
The device of the present utility model for generating electricity light modulation insulated ventilation sunshade is to make full use of forms may be used also while generating
So that interior climate to be adjusted, spy uses implementation below, the light modulation insulated ventilation sunshade of the present utility model that generates electricity
Device can be directly mounted at building windowing framework on, according to the amount of radiation of probe measurement and the different moulds of illuminance selection
Formula.
As shown in figure 1, the device housing 1 of the present utility model for generating electricity light modulation insulated ventilation sunshade is fixed on outside window frame
Wall, the window of the window frame have ventilating frame 25, ventilating frame 25 for sliding window either inwardly opened window, the back nail joint of device housing 1
Both sides are respectively provided with a row parallelogram air vent 4, and the inside top edge of device housing 1 is that the inclined plane that inclination angle is 60 degree is used
In as far as possible more collection sunshines.
As shown in Fig. 2 the photovoltaic cell connector 7 of the device of the light modulation insulated ventilation sunshade of the present utility model that generates electricity is set
There are two slots, grafting and be adhesive with the both sides of reflecting coating plate 9 and photovoltaic cell respectively, the 19 non-grafting of photovoltaic cell
Another both sides are fillet structure, and the photovoltaic cell 19 is used to generate electricity, and reflecting coating plate 9 is used for indoor reflection sunshine, reflective
The visible reflectance of clad plate 9 is 70%~80%.
As shown in figure 3, reflect the installation detail view of gear and bearing and the side wiring figure of the present invention in figure.It is described total
Line 3 includes motor control line 22, photovoltaic cell power line 16 and photovoltaic cell power bus 10, and bus 3 passes through the side of housing two
The threading hole 12 that the groove side surface upper part of frame is provided with is connected with outside inverter.
As shown in figure 4, the odd number group photovoltaic cell component and even number set photovoltaic cell group of the multiple photovoltaic cell component 8
Part is located at the top of device, odd number group photovoltaic cell component and even number set the photovoltaic cell component difference of multiple photovoltaic cell components 8
Angle is controlled by odd number group photovoltaic cell tilt adjustment motor 21, even number set photovoltaic cell tilt adjustment motor 20.Multigroup photovoltaic
Illuminance probe 23 is inlaid with the side connector of the reflecting coating plate 9 of first group of photovoltaic cell component of battery component 8, is visited
Survey outdoor solar illumination, the side connector of the photovoltaic cell 19 of first group of photovoltaic cell component of multigroup photovoltaic cell component 8
On be inlaid with radiant illumination probe 24, the outer solar radiation radiancy of detecting chamber, wherein illuminance probe 23 are popped one's head in radiant illumination
24 control line passes from the hollow structure of photovoltaic cell connector shaft 18, is connected with bus 3 so as to be connected to microcontroller 26.
As shown in figure 5, the side of the reflecting coating plate 9 of first group of photovoltaic cell component of multigroup photovoltaic cell component 8 connects
Illuminance probe 23 is inlaid with fitting, the photovoltaic cell 19 of first group of photovoltaic cell component of multigroup photovoltaic cell component 8
Be inlaid with radiant illumination probe 24 on the connector of side, wherein illuminance probe 23 with the control line of radiant illumination probe 24 from light
The hollow structure of the volt axle of battery connecting piece 7 passes, and is connected with bus 3 so as to be connected to microcontroller 26, passes through microcontroller 26
Control odd number group photovoltaic cell tilt adjustment motor 21, even number set photovoltaic cell tilt adjustment motor 20 so as to control odd number group and
Even number set photovoltaic cell component angle combinations, to complete generating, daylighting, sunshade, the switching of air vent mode.
As shown in fig. 6, the electric energy of the device of the light modulation insulated ventilation sunshade of the present utility model that generates electricity passes through wire transmission
Realize in the inverter automatically controlled, electric energy is transmitted into battery, electric energy supplies present apparatus micro-control to by microprocessor
Device 26, motor, probe and other household electrical appliance processed use.The present invention generate electricity light modulation insulated ventilation sunshade device according to
Illuminance probe 23 controls odd number group photovoltaic with amount of radiation with the illuminance that radiant illumination probe 24 is verified by microcontroller 26
Battery tilt adjustment motor 21, even number set photovoltaic cell tilt adjustment motor 20 are so as to controlling odd number group and even number set photovoltaic cell
Assembly angle combines, to complete generating, daylighting, sunshade, the switching of air vent mode.
Fig. 7 a~Fig. 7 e are the light modulation insulated ventilation solar protection devices embodiment of the present utility model that generates electricity.
Pattern 1：As Fig. 7 a odd number group photovoltaic cell components reflecting coating plate 9 down, even number set photovoltaic cell component
Reflecting coating plate 9 upward, wherein all photovoltaic cell components are parallel relation and all photovoltaic cell components perpendicular to sunshine
The incident direction of line.This mode capabilities be odd number group photovoltaic cell component be used for generate electricity, reflecting coating plate 9 be used for by sunshine it is anti-
The ceiling scattering light of more homogeneous soft is formed after penetrating and has the function of ventilating heat-proof concurrently.Suitable for solar radiation is moderate, light
The moderate weather condition of illumination, such as cloudy weather.
Pattern 2：Photovoltaic cell 19 such as all photovoltaic cell components of Fig. 7 b is upward and all vertical with photovoltaic cell component
In the incident direction of sunray.This pattern has the pattern of insulated ventilation daylighting concurrently for full generating.It is stronger suitable for solar radiation
Weather condition, such as cloudless weather.
Pattern 3：If all photovoltaic cell components of Fig. 7 c are perpendicular to horizontal plane, photovoltaic cell 19 is outwardly so that photovoltaic cell
Component covers all device this pattern, and to be that full shading is kept out the wind heat-insulated to have the function of generating concurrently.Suitable for strong wind day, the rainy day or
The stronger weather condition of person's solar radiation.
Pattern 4：If all photovoltaic cell components of Fig. 7 d are parallel to horizontal plane, the reflecting coating of odd number group photovoltaic cell component
Down, upward, reflecting coating plate 9 is used to after sunshine is reflected be formed the reflecting coating plate of even number set photovoltaic cell component plate 19
The more ceiling scattering light of homogeneous soft.This pattern has the function of generating light filling concurrently for ventilation.Suitable for solar radiation and light
Illumination is moderate, it is necessary under conditions of room ventilation.
Pattern 5：If all photovoltaic cell components of Fig. 7 e are parallel to sunray, photovoltaic cell 19 upward, reflecting coating plate 9
Down.This pattern is full daylighting pattern.It is not strong suitable for solar radiation, the not strong weather condition of illuminance.
It is above wherein several exemplary embodiments, according to the odd number group anglec of rotation different with even number set photovoltaic cell component
Degree, can realize more patterns, no longer enumerate one by one herein.
It is described above, only it is preferred embodiment of the present utility model, not the utility model is imposed any restrictions, every
Any simple modification, change and the equivalent structure transformation made according to the utility model technical spirit to above example, still
Belong in the protection domain of technical solutions of the utility model.
Claims (5)
1. a kind of device for the light modulation insulated ventilation sunshade that generates electricity, the device realizes automatic control with being located at the outside microprocessor that passes through
The inverter of system is connected, it is characterized in that：The device includes being fixed on the device housing (1) of window frame exterior wall, bus (3), more
Group photovoltaic cell component (8), rack (13), photovoltaic cell gear (14), rack pinch roller (15), bearing (17), even number set photovoltaic
Battery tilt adjustment motor (20), odd number group photovoltaic cell tilt adjustment motor (21), illuminance probe (23), radiant illumination are visited
Head (24), ventilating frame (25)；
Grafting top protection cap (5), side protection cap (2) are distinguished at the top of described device housing (1) and two sides, and inside top edge is set
There is the inclined plane (6) that inclination angle is 60 degree, the side frame of device housing (1) two is provided with groove, and inside grooves are uniformly placed with multiple circles
Hole, is inlaid with bearing (17) in each circular hole, and device housing (1) back nail joint has a ventilating frame (25), and ventilating frame (25) both sides are each
It is provided with a row parallelogram air vent (4)；
The bus (3) includes motor control line (22), photovoltaic cell power line (16) and photovoltaic cell power bus (10), always
The threading hole (12) that the groove side surface upper part of line (3) through the side frame of housing (1) two is provided with is connected with outside inverter；
Multigroup photovoltaic cell component (8) includes photovoltaic cell connector (7), photovoltaic cell power line (16), photovoltaic electric
Pond (19) and reflecting coating plate (9), photovoltaic cell connector (7) are provided with two slots and photovoltaic cell connector shaft (18), light
Lie prostrate battery connecting piece (7) and distinguish grafting and the both sides of gluing reflecting coating plate (9) and photovoltaic cell (19), institute by two slots
The another both sides for stating photovoltaic cell (19) non-grafting are fillet structure, and multigroup photovoltaic cell component (8) is divided into odd number group photovoltaic cell
Component and even number set photovoltaic cell component, photovoltaic cell connector shaft (18) are hollow structure, even number set photovoltaic cell connector
Photovoltaic cell connector shaft (18) both ends be plugged in bearing (17), photovoltaic cell connector shaft (18) right-hand member is plugged with photovoltaic
Battery gear (14), photovoltaic cell gear (14) are located at the side frame inside grooves of housing (1) two, photovoltaic cell connector shaft (18)
Left end hollow structure extends there through for photovoltaic cell power line (16)；The photovoltaic cell connection of odd number group photovoltaic cell connector
Part axle (18) both ends are plugged in bearing (17), and photovoltaic cell connector shaft (18) left end is plugged with photovoltaic cell gear (14),
Photovoltaic cell gear (14) is located at the side frame inside grooves of housing (1) two, photovoltaic cell connector shaft (18) right-hand member hollow structure
Extended there through for photovoltaic cell power line (16)；The wherein all photovoltaic cell power lines (16) in side are connected to photovoltaic cell power supply
Bus (10), photovoltaic cell power bus (10) is along housing (1) inside grooves side wiring, multigroup photovoltaic cell component (8)
First group of photovoltaic cell component reflecting coating plate (9) side connector on be inlaid with illuminance probe (23), Duo Zuguang
Radiant illumination spy is inlaid with the side connector of the photovoltaic cell (19) of first group of photovoltaic cell component of photovoltaic cell components (8)
Head (24), rack pinch roller (15) are plugged in housing (1) recessed side portions, and rack pinch roller (15) is in same with photovoltaic cell gear (14)
On one horizontal plane, rack (13) is located among rack pinch roller (15) and photovoltaic cell gear (14), rack (13) while positioned at outer
Frame (1) inside grooves, rack (13) engage with one group of photovoltaic cell gear (14)；Outside device housing (1) top surface edge
Frame (1) groove both sides are respectively fixed with even number set photovoltaic cell tilt adjustment motor (20), odd number group photovoltaic cell tilt adjustment electricity
Machine (21), wherein being socketed in even number set photovoltaic cell tilt adjustment motor (20), odd number group light by stepping motor gear (11)
Lie prostrate and stepping motor gear (11), wherein stepping motor gear (11) and one are socketed on the output shaft of battery tilt adjustment motor (21)
Group photovoltaic cell gear (14) is located on straight line, and stepping motor gear (11) engages with rack (13), and regulation is even respectively
Array and odd number group photovoltaic cell tilt angles；Housing (1) inside grooves structure is in addition to photovoltaic cell gear (14), housing (1)
The bus (3) of opposite side inside grooves, photovoltaic cell power bus (10), threading hole (12), rack (13), rack pinch roller (15)
Bearing (17), photovoltaic cell connector shaft (18) are symmetrical therewith；Even number set photovoltaic cell tilt adjustment motor (20) drives step
Stepper motor gear (11) rotates forward or reversion, upwardly or downwardly moves so as to side rack (13), side rack (13) then band
The photovoltaic cell gear (14) of dynamic even number set photovoltaic cell component synchronously rotates forward or reversion, so as to synchronous change even number set photovoltaic
The inclination angle of battery component；Odd number group photovoltaic cell tilt adjustment motor (20) drives stepping motor gear (11) rotating forward or anti-
Turn, so as to which opposite side rack (13) upwardly or downwardly moves, opposite side rack (13) then drives odd number group photovoltaic cell component
Photovoltaic cell gear (14) synchronously rotate forward or reversion, so as to synchronous change even number set photovoltaic cell component inclination angle.
2. the device of the light modulation insulated ventilation sunshade according to claim 1 that generates electricity, it is characterized in that：Described device housing
(1) window frame exterior wall is fixed on, the window of the window frame is sliding window either inwardly opened window, and device housing (1) back fixation has logical
Wind frame (25), ventilating frame (25) both sides are respectively provided with a row parallelogram air vent (4), device housing (1) inside top edge
For the inclined plane (6) that inclination angle is 60 degree.
3. the device of the light modulation insulated ventilation sunshade according to claim 1 that generates electricity, it is characterized in that：Photovoltaic cell connector
(7) two slots are provided with, grafting and are adhesive with the both sides of reflecting coating plate (9) and photovoltaic cell (19), the photovoltaic electric respectively
The another both sides of pond (19) non-grafting are fillet structure, and the photovoltaic cell (19) is used to generate electricity, and reflecting coating plate (9) is used for room
Internal reflection sunshine, reflecting coating plate (9) visible reflectance are 70%~80%.
4. the device of the light modulation insulated ventilation sunshade according to claim 1 that generates electricity, it is characterized in that：Multigroup photovoltaic electric
The odd number group photovoltaic cell component and even number set photovoltaic cell component of pond component (8) are respectively by odd number group photovoltaic cell tilt adjustment
Motor (21), even number set photovoltaic cell tilt adjustment motor (20) control angle.
5. the device of the light modulation insulated ventilation sunshade according to claim 1 that generates electricity, it is characterized in that：Multigroup photovoltaic cell group
Illuminance probe (23) is inlaid with the side connector of the reflecting coating plate (9) of first group of photovoltaic cell component of part (8), is visited
Outdoor solar illumination is surveyed, the side of the photovoltaic cell (19) of first group of photovoltaic cell component of multigroup photovoltaic cell component (8) connects
Radiant illumination probe (24), the wherein outer solar radiation radiancy of detecting chamber, illuminance probe (23) and radiation are inlaid with fitting
The control line of illumination probe (24) passes from the hollow structure of photovoltaic cell connector shaft (18), is connected with bus (3) so as to even
Microcontroller (26) is connected to, odd number group photovoltaic cell tilt adjustment motor (21), even number set light are controlled by microcontroller (26)
Battery tilt adjustment motor (20) is lied prostrate so as to control odd number group and even number set photovoltaic cell component angle combinations, to complete to generate electricity,
Daylighting, sunshade, heat-insulated, air vent mode switching.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720930134.2U CN207160908U (en) | 2017-07-28 | 2017-07-28 | It can generate electricity and dim the device of insulated ventilation sunshade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720930134.2U CN207160908U (en) | 2017-07-28 | 2017-07-28 | It can generate electricity and dim the device of insulated ventilation sunshade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207160908U true CN207160908U (en) | 2018-03-30 |
Family
ID=61714512
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720930134.2U Withdrawn - After Issue CN207160908U (en) | 2017-07-28 | 2017-07-28 | It can generate electricity and dim the device of insulated ventilation sunshade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207160908U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107246225A (en) * | 2017-07-28 | 2017-10-13 | 天津城建大学 | It can generate electricity and dim the device of insulated ventilation sunshade |
| CN111895553A (en) * | 2020-07-30 | 2020-11-06 | 东南大学 | Method for adjusting environmental temperature by utilizing photoelectric conversion effect |
-
2017
- 2017-07-28 CN CN201720930134.2U patent/CN207160908U/en not_active Withdrawn - After Issue
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107246225A (en) * | 2017-07-28 | 2017-10-13 | 天津城建大学 | It can generate electricity and dim the device of insulated ventilation sunshade |
| CN111895553A (en) * | 2020-07-30 | 2020-11-06 | 东南大学 | Method for adjusting environmental temperature by utilizing photoelectric conversion effect |
| CN111895553B (en) * | 2020-07-30 | 2022-04-08 | 东南大学 | Method for adjusting ambient temperature by utilizing photoelectric and thermoelectric conversion effect |
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