CN202750866U - Cooling device of dye-sensitized solar cell applied to power generation of sunshade - Google Patents
Cooling device of dye-sensitized solar cell applied to power generation of sunshade Download PDFInfo
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- CN202750866U CN202750866U CN2012202628295U CN201220262829U CN202750866U CN 202750866 U CN202750866 U CN 202750866U CN 2012202628295 U CN2012202628295 U CN 2012202628295U CN 201220262829 U CN201220262829 U CN 201220262829U CN 202750866 U CN202750866 U CN 202750866U
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- umbrella
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- dssc
- direct current
- sunshade
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Abstract
The utility model relates to a cooling device of a dye-sensitized solar cell applied to power generation of a sunshade and belongs to the technical field of new energy utilization. A sunshade support rod is vertically arranged on a safety base, a sunshade framework is installed on the sunshade support rod, and a dye-sensitized solar cell umbrella fabric is installed on the sunshade framework. The dye-sensitized solar cell umbrella fabric generates direct current when irradiated by sunlight, the direct current is input into a controller through a wiring box and a first conductor wire for regulating, the direct current output by the controller is input into a storage battery through the first conductor wire for storing power. The direct current output from the storage battery is input into a direct-current small fan for supplying power through a manual control switch formed by a second conductor wire and a circuit, so that blades of the small fan rotate to generate wind power to reduce surface temperature of human bodies under the umbrella. When the light gets dark, the direct current output from the storage battery supplies power to a light-emitting diode (LED) umbrella top light lamp through a photosensitive self-control switch formed by a third conductor wire and a circuit and is used for night lighting of the top of the sunshade.
Description
Technical field
The utility model relates to DSSC and is applied in the heat sink that generates electricity on the parasols, belongs to technical field of new energy application.
Background technology
The coastal area promotes a tourist business, be provided with many parasols at the sandy beach, the umbrella cover of old-fashioned parasols is made with canvas or other cloth, the also coating such as brushing tung oil or antiultraviolet on umbrella cover that have, make umbrella cover have the functions such as waterproof, though old-fashioned parasols has sun-proof, rainproof function, still, in calm or gentle breeze, air does not flow under the umbrella cover, people feel the weather muggy and oppressive under umbrella, because the sandy beach away from power supply network, can't solve this difficult problem.
Equally, both sides, street in the market of farm produce, city, erect numerous parasols, retailers are shouting below parasols and are selling bean curd, selling the tall scrawny person, and burning sun is radiated on the umbrella cover made from plastics or cloth, and the umbrella cover of parasols has blocked the irradiation of strong daylight, but can't stop the radiation of solar heat, the perspiration running off sb. like a waterfall for retailers, but can't at the umbrella cover low temperature that descends, be of value to and carry out commercial activity.
Because parasols is scattering device often, if socket a supply lines from power supply network to each parasols, certainly will cause power supply dangerous, and have a strong impact on view.The little electric fan of the direct current that arranges in parasols needs electric weight little, only need the blade rotary that voltage is not high, DC power supply that the magnitude of current is not too large just can drive the little electric fan of direct current, the blowing cooling, however old-fashioned parasols technology can't solve this difficult problem.
DSSC is solar cell soft, that can fold, suitable making becomes circular or polygonal umbrella shape, be installed in above the sunshade skeleton, the bottom of sunshade skeleton is connected with supporting rod for umbrella, the bottom of sunshade skeleton is equipped with little electric fan, and the fuel sensitization solar battery is connected with little electric fan by conductor wire.Original cloth matter umbrella cover can not generation current under the irradiation of sunlight on the parasols, the umbrella cover made from DSSC in the sun can generation current, electric current rotates by the fan blade that conductor wire drives little electric fan, and the circulation of umbrella cover below air can reduce temperature.
The utility model content
The purpose of this utility model is to overcome above-mentioned weak point, the heat sink that provides DSSC to be applied in to generate electricity on the parasols.Because the progress of technology, the photoelectric transformation efficiency of flexible thin-film solar cell is improving constantly.DSSC bright in luster; the photoelectric transformation efficiency of the aubergine DSSC that Yingkou difficult to understand the special new forms of energy of dimension Science and Technology Ltd. produces is 5%-10%; the photoelectric transformation efficiency of green colouring material sensitization solar battery is 4%-8%; the photoelectric transformation efficiency of orange colour DSSC is 3%-6%; with white; the flexible dye-sensitized solar battery that flexible PET or PEN plastic sheeting are produced as backing material is fit to the material of the umbrella cover of the traditional making parasols of replacement; the umbrella cover of the parasols made from the flexible dye-sensitized solar battery new material; under the irradiation of sunshine; can realize Independent Power Generation; and to the direct current small size motor power supply that is installed under the umbrella cover; its delivery is enough to drive the fast rotational of the blade of the little electric fan of direct current; under umbrella cover, blow out nice and cool wind; effectively reduce the high temperature under the parasols; the personnel's that protection is worked below parasols safety has realized the reducing temperature of heatstroke prevention under burning sun.
The beneficial effects of the utility model are: 1. adopt the DSSC umbrella cover to replace old-fashioned canvas umbrella cover, under solar light irradiation, take off the umbrella cover that does not have electricity generate function, change can Independent Power Generation umbrella cover, make parasols when blocking burning sun light, possess the function of solar electrical energy generation.2. do not need to socket separately supply lines from power supply network and power to parasols, avoided parasols area of concentration around to draw the supply lines that disorderly connects intersection, thereby near the view impact tourism sandy beach or the market of farm produce.3. DSSC can manufacture the DSSC umbrella cover because lightweight, and the crystal silicon solar batteries heavy weight, is not suitable for making the umbrella cover of parasols.4. DSSC is bright in luster, is particularly suitable for making the DSSC umbrella cover, is conducive to beautify the view of tourism sandy beach or the market of farm produce, and former any a solar cell does not all reach this color effect.
In order to solve the problems of the technologies described above, main technical schemes of the present utility model is achieved in that
Forming DSSC is applied in the heat sink that generates electricity on the parasols jointly by parasols 1, sunshade skeleton 2, supporting rod for umbrella 3, safety basement 4, DSSC umbrella cover 5, terminal box 6, conductor wire first 7, controller 8, energy-storage battery 9, conductor wire second 10, manual control switch 11, the little electric fan 12 of direct current, LED umbrella top illuminating lamp 13, photosensitive autocontrol switch 14, conductor wire the third 15;
Put safety basement 4 at ground level, energy-storage battery 9 is placed in middle part in safety basement 4 inside, in safety basement 4, erect supporting rod for umbrella 3, at supporting rod for umbrella 3 sunshade skeleton 2 is installed, at sunshade skeleton 2 DSSC umbrella cover 5 is installed; Terminal box 6 is installed in the inside at DSSC umbrella cover 5, controller 8 is installed in the inside on the top of supporting rod for umbrella 3, photosensitive autocontrol switch 14 and LED umbrella top illuminating lamp 13 are installed, the little electric fan 12 of installation direct current below sunshade skeleton 2 in the top of supporting rod for umbrella 3, the outside of DSSC umbrella cover 5;
DSSC umbrella cover 5 is connected with controller 8 by terminal box 6, conductor wire first 7, and controller 8 is connected with energy-storage battery 9 by conductor wire first 7; Energy-storage battery 9 is connected with manual control switch 11 by conductor wire second 10, and manual control switch 11 is connected with the little electric fan 12 of direct current by conductor wire second 10; Energy-storage battery 9 is connected with photosensitive autocontrol switch 14 by conductor wire the third 15; Photosensitive autocontrol switch 14 is connected with LED umbrella top illuminating lamp 13 by conductor wire the third 15.
DSSC umbrella cover 5 is aubergine DSSC umbrella cover or green colouring material sensitization solar battery umbrella cover or orange colour DSSC umbrella cover.
The power of LED umbrella top illuminating lamp 13 is 1W-5W.
Description of drawings
Fig. 1 is structural representation of the present utility model.
The specific embodiment
Erect supporting rod for umbrella at safety basement, at supporting rod for umbrella sunshade skeleton is installed, at sunshade skeleton the DSSC umbrella cover is installed.Solar light irradiation DSSC umbrella cover produces direct current, and direct current is adjusted by terminal box, conductor wire first input control device, inputs the energy-storage battery store electrical energy from the direct current of controller output by the conductor wire first.Power by the little electric fan of manual control switch's input dc power of conductor wire second and circuit debugging from the direct current of energy-storage battery output, make the blade rotary of little electric fan produce wind-force, reduce the human surface temperature under the parasols.When dim light, from the direct current of energy-storage battery output, power to LED umbrella top illuminating lamp by the photosensitive autocontrol switch of conductor wire third and circuit debugging, be used for the night illumination at parasols top.
The embodiment of following the utility model in by reference to the accompanying drawings is further described:
Forming DSSC is applied in the heat sink that generates electricity on the parasols jointly by parasols 1, sunshade skeleton 2, supporting rod for umbrella 3, safety basement 4, DSSC umbrella cover 5, terminal box 6, conductor wire first 7, controller 8, energy-storage battery 9, conductor wire second 10, manual control switch 11, the little electric fan 12 of direct current, LED umbrella top illuminating lamp 13, photosensitive autocontrol switch 14, conductor wire the third 15;
Put safety basement 4 at ground level, energy-storage battery 9 is placed in middle part in safety basement 4 inside, in safety basement 4, erect supporting rod for umbrella 3, at supporting rod for umbrella 3 sunshade skeleton 2 is installed, at sunshade skeleton 2 DSSC umbrella cover 5 is installed; Terminal box 6 is installed in the inside at DSSC umbrella cover 5, controller 8 is installed in the inside on the top of supporting rod for umbrella 3, photosensitive autocontrol switch 14 and LED umbrella top illuminating lamp 13 are installed, the little electric fan 12 of installation direct current below sunshade skeleton 2 in the top of supporting rod for umbrella 3, the outside of DSSC umbrella cover 5;
DSSC umbrella cover 5 is connected with controller 8 by terminal box 6, conductor wire first 7, and controller 8 is connected with energy-storage battery 9 by conductor wire first 7; Energy-storage battery 9 is connected with manual control switch 11 by conductor wire second 10, and manual control switch 11 is connected with the little electric fan 12 of direct current by conductor wire second 10; Energy-storage battery 9 is connected with photosensitive autocontrol switch 14 by conductor wire the third 15; Photosensitive autocontrol switch 14 is connected with LED umbrella top illuminating lamp 13 by conductor wire the third 15.
DSSC umbrella cover 5 is aubergine DSSC umbrella cover or green colouring material sensitization solar battery umbrella cover or orange colour DSSC umbrella cover.
The power of LED umbrella top illuminating lamp 13 is 1W-5W.
DSSC umbrella cover on parasols is divided according to shape and the interval of sunshade skeleton, can be divided into the gable umbrella cover that eight areas equate, the pinnacle of gable umbrella cover is installed in the top of parasols, about the gable umbrella cover two limits be installed in two adjacent sunshade skeletons above, the bottom line of gable umbrella cover is the part at umbrella cover edge.Eight equal gable umbrella covers of area link together, and form a complete DSSC umbrella cover.The color of eight gable umbrella covers both can be sewed up or gluing forming by the gable umbrella cover of same color, also can be sewed up or gluing forming by the gable umbrella cover of different colours.DSSC is that color is the most attractive in appearance in present all solar cells, color is the most bright-coloured, so the DSSC suitable for umbrella surface quality softness, that color is beautiful covers the beautiful view that is used as tourist district on the sunshade skeleton of parasols, is beautiful ' power generating umbrella '.
Solar light irradiation DSSC umbrella cover produces direct current, the controller 8 that direct current is inputted the inside of the epimere that is installed in supporting rod for umbrella 3 by terminal box 6 and conductor wire first 7 is adjusted, and is installed in energy-storage battery 9 store electrical energy of safety basement 4 inside by 7 inputs of conductor wire first from the direct current of controller 8 outputs.Pass through the little electric fan 12 of manual control switch's 11 input dc powers of conductor wire second 10 and circuit debugging from the direct current of energy-storage battery 9 outputs, drive the blade rotary blowing cooling of the little electric fan 12 of direct current, hand control manual control switch 11 controls closing down of the little electric fans 12 of direct current; From the direct current of the energy-storage battery 9 output photosensitive autocontrol switch 14 input LED umbrella top illuminating lamps 13 by conductor wire the third 15 and circuit debugging, to LED umbrella top illuminating lamp 13 powered lightings, daytime, photosensitive autocontrol switch 14 shut-off circuits, LED umbrella top illuminating lamp 13 does not have light, night, photosensitive autocontrol switch 14 automatic processing circuits, LED umbrella top illuminating lamp 13 sends bright lamplight.
It is as follows now to enumerate embodiment:
Embodiment one:
Erect supporting rod for umbrella at safety basement, at supporting rod for umbrella sunshade skeleton is installed, at sunshade skeleton aubergine DSSC umbrella cover is installed.The solar light irradiation photoelectric transformation efficiency is 10% aubergine DSSC umbrella cover generation direct current, direct current is adjusted by terminal box, conductor wire first input control device, inputs the energy-storage battery store electrical energy from the direct current of controller output by the conductor wire first.Power by the little electric fan of manual control switch's input dc power of conductor wire second and circuit debugging from the direct current of energy-storage battery output, make the blade rotary of little electric fan produce wind-force, blowing reduces the human surface temperature under the parasols.When dim light, be the LED umbrella top illuminating lamp power supply of 3W from the direct current of the energy-storage battery output photosensitive autocontrol switch by conductor wire third and circuit debugging to power, be used for the night illumination at parasols top.
Embodiment two:
Erect supporting rod for umbrella at safety basement, at supporting rod for umbrella sunshade skeleton is installed, at sunshade skeleton aubergine DSSC umbrella cover is installed.The solar light irradiation photoelectric transformation efficiency is 6% green colouring material sensitization solar battery umbrella cover generation direct current, direct current is adjusted by terminal box, conductor wire first input control device, inputs the energy-storage battery store electrical energy from the direct current of controller output by the conductor wire first.Power by the little electric fan of manual control switch's input dc power of conductor wire second and circuit debugging from the direct current of energy-storage battery output, make the blade rotary of little electric fan produce wind-force, blowing reduces the human surface temperature under the parasols.When dim light, be the LED umbrella top illuminating lamp power supply of 5W from the direct current of the energy-storage battery output photosensitive autocontrol switch by conductor wire third and circuit debugging to power, be used for the night illumination at parasols top.
Claims (2)
1. DSSC is applied in the heat sink that generates electricity on the parasols, it is characterized in that, by parasols (1), sunshade skeleton (2), supporting rod for umbrella (3), safety basement (4), DSSC umbrella cover (5), terminal box (6), conductor wire first (7), controller (8), energy-storage battery (9), conductor wire second (10), manual control switch (11), the little electric fan of direct current (12), LED umbrella top illuminating lamp (13), photosensitive autocontrol switch (14), conductor wire third (15) jointly forms DSSC and is applied in the heat sink that generates electricity on the parasols;
Put safety basement (4) at ground level, place energy-storage battery (9) in the middle part that safety basement (4) is inner, in safety basement (4), erect supporting rod for umbrella (3), at supporting rod for umbrella (3) sunshade skeleton (2) is installed, at sunshade skeleton (2) DSSC umbrella cover (5) is installed; Terminal box (6) is installed in the inside at DSSC umbrella cover (5), controller (8) is installed in the inside on the top of supporting rod for umbrella (3), photosensitive autocontrol switch (14) and LED umbrella top illuminating lamp (13) are installed, the little electric fan of installation direct current (12) below sunshade skeleton (2) in the top of supporting rod for umbrella (3), the outside of DSSC umbrella cover (5);
DSSC umbrella cover (5) is connected with controller (8) by terminal box (6), conductor wire first (7), and controller (8) is connected with energy-storage battery (9) by conductor wire first (7); Energy-storage battery (9) is connected with manual control switch (11) by conductor wire second (10), and manual control switch (11) is connected with the little electric fan of direct current (12) by conductor wire second (10); Energy-storage battery (9) is connected with photosensitive autocontrol switch (14) by conductor wire third (15); Photosensitive autocontrol switch (14) is connected with LED umbrella top illuminating lamp (13) by conductor wire third (15).
2. DSSC according to claim 1 is applied in the heat sink that generates electricity on the parasols, it is characterized in that, the power of described LED umbrella top illuminating lamp (13) is 1W-5W.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202628295U CN202750866U (en) | 2012-06-06 | 2012-06-06 | Cooling device of dye-sensitized solar cell applied to power generation of sunshade |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2012202628295U CN202750866U (en) | 2012-06-06 | 2012-06-06 | Cooling device of dye-sensitized solar cell applied to power generation of sunshade |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202750866U true CN202750866U (en) | 2013-02-27 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2012202628295U Expired - Fee Related CN202750866U (en) | 2012-06-06 | 2012-06-06 | Cooling device of dye-sensitized solar cell applied to power generation of sunshade |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202750866U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105615173A (en) * | 2016-03-03 | 2016-06-01 | 马然 | Renewable energy umbrella |
-
2012
- 2012-06-06 CN CN2012202628295U patent/CN202750866U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105615173A (en) * | 2016-03-03 | 2016-06-01 | 马然 | Renewable energy umbrella |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20130227 Termination date: 20150606 |
|
| EXPY | Termination of patent right or utility model |