CN205283456U - Solar energy charging apparatus - Google Patents
Solar energy charging apparatus Download PDFInfo
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- CN205283456U CN205283456U CN201520642433.7U CN201520642433U CN205283456U CN 205283456 U CN205283456 U CN 205283456U CN 201520642433 U CN201520642433 U CN 201520642433U CN 205283456 U CN205283456 U CN 205283456U
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- solar battery
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- battery panel
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/50—Photovoltaic [PV] energy
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- Charge And Discharge Circuits For Batteries Or The Like (AREA)
Abstract
The utility model discloses a two kinds of solar energy charging apparatus, one of them is planted solar energy charging apparatus and includes: base, panel groove, solar cell panel and be used for outside the power output's the output device of setting on the base, the solar cell panel is two at least, and connects through electrical connector between the solar cell panel, the panel groove sets up on the base, a solar cell panel in the solar cell panel is fixed on the surface of base, all the other solar cell panels are movable solar cell board, movable solar cell panel is in with the protractile or the mode setting of putting into in the panel groove. The device increases solar panel's overall area through setting up a plurality of solar cell panels, and then increases the device's charge efficiency to shorten the time of charging, and the carrying of the device convenience of customers. Consequently, this solar energy charging apparatus not only can the quick charge, and still convenience of customers carries, satisfies user's demand.
Description
Technical field
This utility model relates to the technical field of rechargable power supplies, is specifically related to two kinds of solar charging devices.
Background technology
In the present energy environment that traditional energy is deficient, solar energy is promoted gradually as new forms of energy, has been applied in the technique of relatively large-scale electrical energy production at China's solar energy, but is subject to certain restrictions in the application aspect of mobile charging power supply.
Most important of which limiting factor has two, one is that existing solar recharging portable power source power is very little, the area that another one is mobile charging power supply is little, the area of the solar panel being arranged on accordingly is also little, therefore by low for the unit are emittance and photoelectric transformation efficiency that cause solar battery panel, in view of above-mentioned two limiting factor, the charge efficiency of the portable power source ultimately resulting in existing employing solar recharging is low. Such as, the solar panels power being presently used in 5cm �� 5cm on solar recharging portable power source is only about 0.34w, if depending merely on solar energy to be full of the portable power source of a 1800mAh, the built-in polymer battery that up to 25 hours, will be normally filled with a 2600mAh then needs more than 36 hours. The solar recharging portable power source of obvious prior art can not meet the demand of user.
If it addition, by the area of expansion solar panel to increase charge efficiency, then make troubles can to carrying of user.
Therefore, need one badly and both can be easy to carry, again can the solar charging device of quick charge, to meet the demand of user.
Utility model content
This utility model provides a kind of solar charging device, to solve the problems referred to above that existing solar charger exists.
This utility model additionally also provides for a kind of solar charging device.
This utility model provides a kind of solar charging device, including: pedestal, panel slot, solar battery panel and the output device being arranged on pedestal for outwards output electric energy, described solar battery panel at least two, and connected by arrangements of electric connection between solar battery panel, described panel slot is arranged on described pedestal;
A solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot in the way of putting into.
Optionally, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device, described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device; Or,
Described photoelectric conversion device is by the electrical power storage of generation to described charging device.
Optionally, also including chargeable fixed power source, described chargeable fixed power source is fixed on the outside of the described pedestal of described solar battery panel opposite side;
Described chargeable fixed power source has for inputting the input of electric energy to chargeable fixed power source and outwards exporting the outfan of electric energy.
Optionally, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device respectively, described charging device connect described can the input of null point fixed power source, the electric energy produced is inputted to described chargeable fixed power source by described photoelectric conversion device through charging device and input; Or,
Described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device.
Optionally, specifically, described solar battery panel is five to described solar battery panel at least two;
Accordingly, a solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, described movable solar panel is by extended or be arranged in described panel slot in the way of putting into, specifically, a solar battery panel in five solar battery panels is fixed on the outer surface of pedestal, all the other four solar battery panels are movable solar battery panel, and four movable solar battery panels are by extended or be separately positioned in corresponding four panel slots in the way of putting into.
Optionally, described movable solar battery panel by extended or be arranged in described panel slot in the way of putting into, including:
Corner location at described pedestal arranges hollow axle, and described movable solar battery panel is rotatably connected on described hollow axle, then described movable solar battery panel rotatably stretches out or puts in described panel slot.
Optionally, the outer surface of described pedestal is quadrilateral structure, and described hollow axle is two, is separately positioned on the diagonal position of described quadrilateral structure, and described hollow axle is vertical with the outer surface of described pedestal.
Optionally, the hollow structure of described hollow axle is provided with arrangements of electric connection.
Optionally, described movable solar battery panel by extended or be arranged in described panel slot in the way of putting into, including:
Described panel slot is provided with the expansion link for placing described movable solar battery panel, utilizes the expansion of described expansion link or contraction to make the movable solar battery panel being placed on it stretch out or put in described panel slot.
Optionally, the outer surface of described pedestal is quadrilateral structure, and corresponding described movable solar battery panel is four, stretches out along the direction on four limits of described pedestal tetragon outer surface respectively.
Optionally, the outer surface of described pedestal is quadrilateral structure, and corresponding described movable solar battery panel is four, and stretches out along the direction on two limits of described pedestal tetragon outer surface.
Optionally, described solar battery panel is monocrystaline silicon solar cell panel.
Optionally, described solar battery panel receives the generally circular in shape or polygonized structure of the outer surface that light irradiates.
Optionally, connected by arrangements of electric connection between described solar battery panel, specifically, be connected in series to by arrangements of electric connection between described solar battery panel.
This utility model also provides for a kind of solar charging device, including: chargeable fixed power source, pedestal, panel slot, solar battery panel and the output device being arranged on pedestal for outwards output electric energy, described solar battery panel at least two, and connected by arrangements of electric connection between solar battery panel, described panel slot is arranged on described pedestal;
A solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot in the way of putting into;
Described chargeable fixed power source is fixed on the outside of the described pedestal of described solar battery panel opposite side; Described chargeable fixed power source has for inputting the input of electric energy to chargeable fixed power source and outwards exporting the outfan of electric energy.
Optionally, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described charging device connect described can the input of null point fixed power source, the electric energy produced is inputted to described chargeable fixed power source by described photoelectric conversion device through charging device and input; Or,
Described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device.
Compared with prior art, this utility model has the advantage that
The application provides a kind of solar charging device, including: pedestal, panel slot, solar battery panel and the output device being arranged on pedestal for outwards output electric energy, described solar battery panel at least two, and connected by arrangements of electric connection between solar battery panel, described panel slot is arranged on described pedestal; A solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot in the way of putting into. This solar charging device is by arranging multiple movable solar battery panel to increase the total area of solar battery panel, thus increasing the efficiency of solar cell photoelectric conversion and the charge efficiency of solar charging device, and then shorten the time utilizing this solar charging device to charge. And the multiple solar battery panels in this solar charging device are to adopt the mode stretched out or put into be arranged in panel slot, this structure can make user be retracted in panel slot when not applying by described movable solar battery panel, carries with user friendly. Therefore, this solar charging device not only can carry out quick charge for charging equipment, also facilitates user to carry, and meets the demand of user.
Accompanying drawing explanation
Fig. 1 is the structural representation of a kind of solar charging device that the application first embodiment provides;
Fig. 2 is the structural representation comprising chargeable fixed power source in the solar charging device that the embodiment of the present application provides;
Fig. 3 is the schematic diagram that the movable solar battery panel that the application first embodiment provides stretches out state;
Wherein, 1, solar battery panel, 2, pedestal, 3, panel slot, 4, output device, 5, chargeable fixed power source.
Detailed description of the invention
The rise of portable power source is that most of electronic device user is provided convenience, and user can carry portable power source at any time and charge for its electronic equipment, but, the power supply that portable power source is also required to fix equally is its charging, therefore, also can make troubles to user. A kind of solar charging device that the application provides solves this problem, electronic equipment or other portable power sources are charged by the available solar energy of above-mentioned solar charging device, therefore, carry with this solar charging device, provide the user great convenience condition.
Additionally, the photoelectric transformation efficiency of solar charging device provided herein is high, it is possible to shorten to the time of electronic equipment charging greatly, therefore, more can meet the demand of user.
Hereinafter this solar charging device is described in detail.
The application first embodiment provides a kind of solar charging device, refer to Fig. 1, Fig. 1 is the structural representation of a kind of solar charging device that the application first embodiment provides, and this solar charging device includes: pedestal 2, panel slot 3, solar battery panel 1 and output device 4.
In the embodiment of the present application, described solar battery panel 1 should set at least to two, and is connected by arrangements of electric connection between solar battery panel 1. The plurality of solar battery panel 1 can convert light energy into electric energy, and is attached by arrangements of electric connection between multiple solar battery panel 1, and therefore, electric energy produced by multiple solar battery panels 1 all can outwards export.
It is attached by arrangements of electric connection between the plurality of solar battery panel 1, particularly, is attached with the connected mode of series connection between described solar battery panel 1.
Concrete, described solar battery panel 1 can be monocrystaline silicon solar cell panel 1, and this solar battery panel 1 can adopt traditional packaged type, such as pet layer press seal dress or employing epoxy encapsulation. It addition, the shape of described solar battery panel 1 can have any shape, it is preferred that described solar battery panel 1 receives the generally circular in shape or polygonized structure of the outer surface that light irradiates.
Described solar battery panel 1 includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device, described electric discharge device connects described output device 4, and the electric energy of generation is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device 4; Or, described photoelectric conversion device is by the electrical power storage of generation to described charging device.
The electric energy that above-mentioned solar battery panel 1 produces outwards can export through described output device 4, described output device 4 is arranged on described pedestal 2, this output device 4 can external charging equipment, the electric energy in solar charging device is exported to described charging equipment.
Described panel slot 3 is arranged on described pedestal 2, described pedestal 2 is the quadrangular of flat, it has, and two relative and two surfaces up and down of largest surface area, offers panel slot 3 in its lateral location, and the length and width size of this panel slot 3 determines according to the size of described solar battery panel 1.
Solar battery panel 1 at least two is stated in above-mentioned middle introduction to some extent, is fixed on an outer surface of described pedestal 2 by one of them in described solar battery panel 1, and this outer surface is an outer surface maximum in all outer surfaces of described pedestal 2. Remaining solar battery panel 1 can be described as movable solar battery panel 1, each movable solar battery panel 1 all can be put in described panel slot 3, and the upper and lower surface of the described movable solar battery panel 1 after putting into is parallel with the maximum exterior surface of described pedestal 2.
If described movable solar battery panel 1 is multiple, then can offer corresponding multiple panel slot 3 from top to bottom successively in the side of described pedestal 2, panel slot 3 can also be offered respectively at the not ipsilateral of described pedestal 2, panel slot 3 quantity offered should be identical with the quantity of described movable solar battery panel 1, to ensure that each movable solar battery panel 1 all can be put in described panel slot 3.
In addition, refer to Fig. 2, Fig. 2 is the structural representation comprising chargeable fixed power source in the solar charging device that the embodiment of the present application provides, described solar charging device can also include chargeable fixed power source 5, and described chargeable fixed power source 5 is fixed on the outside of the described pedestal 2 of described solar battery panel 1 opposite side.
Described chargeable fixed power source 5 has the input for inputting electric energy to chargeable fixed power source 5 and outwards exports the outfan of electric energy.
Concrete, described chargeable fixed power source 5 can be passed through input and first connect the alternating current of domestic 220v this chargeable fixed power source 5 is charged, and described chargeable fixed power source 5 can store electric energy. When described chargeable fixed power source 5 outwards exports electric energy, it it is the outfan that charging equipment is connected to described chargeable fixed power source 5, the electric energy being stored in described chargeable fixed power source 5 can be discharged by described outfan, charges for described charging equipment.
Accordingly, described solar battery panel 1 includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device respectively, described charging device connect described can the input of null point fixed power source, the electric energy produced is inputted to described chargeable fixed power source 5 by described photoelectric conversion device through charging device and input; Or, described electric discharge device connects described output device 4, and the electric energy of generation is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device 4.
Owing to solar battery panel 1 is at least two in the solar charging device that the embodiment of the present application provides, introduce this solar recharging equipment in order to clearer, it is preferred that five described solar battery panels 1 can be set.
Wherein, a solar battery panel 1 in five solar battery panels 1 is fixed on the outer surface of pedestal 2, all the other four solar battery panels 1 are movable solar battery panel 1, and four movable solar battery panels 1 are by extended or be separately positioned in corresponding four panel slots 3 in the way of putting into.
Described four movable solar battery panels 1 can adopt various ways by extended and be arranged in corresponding four panel slots 3 in the way of putting into. It is the schematic diagram that the movable solar battery panel 1 that the application first embodiment provides stretches out state that the state that described movable solar battery panel 1 stretches out can refer to Fig. 3, Fig. 3.
The simplest set-up mode of one of which is, directly described movable solar battery panel 1 is placed in described panel slot 3, connecting line is adopted to be attached between described movable solar battery panel 1, when charging is required, need to launch described movable solar battery panel 1, now directly movable for all or part solaode face is extracted out from described panel slot 3. Accordingly, when charging, it is possible to directly described movable solar battery panel 1 is retracted in described panel slot 3.
Above-mentioned set-up mode is the simplest a kind of set-up mode of the effect that can realize extending described solar battery panel 1 area.
Furthermore it is also possible to adopt other modes to arrange described movable solar battery panel 1. Mode two kinds conventional introduced below, other can to realize described movable solaode extended or put into the mode of panel slot 3 all in the scope of the embodiment of the present application protection.
Adopt the mode that hollow axle is set that described movable solar battery panel 1 is set.
Concrete, corner location at described pedestal 2 arranges hollow axle, described movable solar battery panel 1 is rotatably connected on described hollow axle, then described movable solar battery panel 1 rotatably stretches out or puts in described panel slot 3.
Illustrate for the described pedestal 2 in preferred version for quadrangular, the outer surface of described pedestal 2 is quadrilateral structure, arranging two described hollow axles, and be separately positioned on the diagonal position of described quadrilateral structure, described hollow axle is vertical with the outer surface of described pedestal 2. The length of described hollow axle is similar or identical to the thickness of described pedestal 2.
Same; hollow axle can also be respectively provided with in the position at each turning of quadrilateral structure, adopt hollow axle to make the rotatable mode producing or proceeding to described panel slot 3 of described movable solar battery panel 1 belong to the scope of the embodiment of the present application protection.
Arranging hollow axle at diagonal position one reason for this is that, simplify the structure of charging device, Another reason is to facilitate the impact not being subject to hollow axle when proceeding to or produce described panel slot 3 of described movable solar battery panel 1.
The hollow structure of described hollow axle is provided with arrangements of electric connection. This arrangements of electric connection can be the wire connecting two solar battery panels 1, and the area of section of this hollow structure is more than the cross-sectional area of described arrangements of electric connection. Described termination is arranged in described hollow structure, it is prevented that the damage of termination described in outer bound pair, it is thus possible to improve the stability when service life of this solar charging device and use.
Above-mentioned introduction is that the mode adopting hollow axle arranges described movable solar battery panel 1, and the mode of employing expansion link introduced below arranges described movable solar battery panel 1.
Described expansion link is arranged in described panel slot 3, and can to extract out from described panel slot 3 in the way of drawer, this expansion link can also be pushed in described panel slot 3, described expansion link can be placed described movable solar battery panel 1, utilize the expansion of described expansion link or contraction the movable solar battery panel 1 being placed on it is stretched out or puts in described panel slot 3.
Described expansion link can stretch the length of a node solar battery panel 1, the length of more piece of can also stretching solar battery panel 1, therefore, described movable solar battery panel 1 can be placed on the outermost end of described expansion link, when stretching out this expansion link, described movable solar battery panel 1 can launch to be stretched to any distance of described pedestal 2.
For example, it is possible to stretch out the distance of a joint respectively along the direction on four limits of described pedestal 2 tetragon outer surface; Or the distance of two joints is stretched out in the direction along two limits of described pedestal 2 tetragon outer surface respectively. This two ways all can stretched four movable solar battery panels 1.
To sum up, the described movable solar battery panel that any one mode above-mentioned realizes can be adopted to stretch out or put in described panel slot, therefore, when described movable solar battery panel stretches out expansion, charging equipment quickly can being charged, when charging is complete, this movable solar battery panel is recoverable to again to described panel slot, reduce the area occupied of this charging device, user therefore can also be facilitated to carry out of doors.
It addition, adopt aforesaid way to arrange wiring that described movable solar battery panel also has is stable and the advantage of high life. Because adopting aforesaid way all need not movable solar battery panel be folded, thus reducing the abrasion of termination between solar battery panel, the service life of solar charging device therefore can be increased.
The size adopting the solar charging device of the embodiment of the present application offer can have two kinds, a kind of size is, solar charging device is of a size of 60*60mm, solar battery panel 1 is of a size of 52*26mm*2, and the photoelectric transformation efficiency of this solar battery panel 1 is about 18%, and exportable power is 0.49W, totally 5 pieces of panels, amounting to output is 2.45W, and running voltage is 5V, and output electric current is about 500mA. Another kind of size is, solar charging device is 86*86mm, solar battery panel 1 is of a size of 78*39mm*2, the photoelectric transformation efficiency of this solar battery panel 1 is about 18%, exportable power is about 1.1W, totally 5 pieces of panels, and amounting to output is 5.5W, running voltage is 5V, and output electric current is about 1100mA. Adopt the solar charging device portable power source to full 2600mAh of the application, it is only necessary to 2.5 hours.
It is that charging equipment is charged owing to the solar charging device of the embodiment of the present application offer is employing solar recharging mode, therefore, not only can meet the demand that user charges at any time, and this solar charging device is to extend to multiple by solar battery panel 1, thus increasing the light radiation that this charging device receives, improve the photoelectric transformation efficiency of this solar charging device, and then shorten the time that this solar charging device charges to charging equipment. And movable solar battery panel in this solar charging device is extended also can be put in described panel slot, therefore, when movable solar battery panel launches, can quickly charging equipment be charged; And when charging is complete, described movable solar battery panel can be put into described panel slot, now this solar charging device recovers to original size, facilitates user to carry. In a word, the solar charging device that the application provides both can meet user to charging interval short requirement, it is also possible to meets user to requirement easy to carry, and this solar charging device can at any time, quickly finish the demand of charging.
The application the second embodiment also provides for a kind of solar charging device, this device is referred to Fig. 2, this solar charging device includes: chargeable fixed power source 5, pedestal 2, panel slot 3, solar battery panel 1 and the output device 4 being arranged on pedestal 2 for outwards output electric energy, described solar battery panel 1 at least two, and connected by arrangements of electric connection between solar battery panel 1, described panel slot 3 is arranged on described pedestal 2;
A solar battery panel 1 in described solar battery panel 1 is fixed on the outer surface of described pedestal 2, all the other solar battery panels 1 are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot 3 in the way of putting into;
Described chargeable fixed power source 5 is fixed on the outside of the described pedestal 2 of described solar battery panel 1 opposite side; Described chargeable fixed power source 5 has the input for inputting electric energy to chargeable fixed power source 5 and outwards exports the outfan of electric energy.
Preferably, described solar battery panel 1 includes photoelectric conversion device, charging device and electric discharge device, described charging device connect described can the input of null point fixed power source, the electric energy produced is inputted to described chargeable fixed power source 5 by described photoelectric conversion device through charging device and input; Or,
Described electric discharge device connects described output device 4, and the electric energy of generation is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device 4.
Above-mentioned solar charging device is based on the device that the solar charging device of the application first embodiment offer extends out, and the description of this concrete charging device is referred to the introduction of first embodiment.
Although this utility model is with preferred embodiment openly as above; but it is not for limiting this utility model; any those skilled in the art are without departing from spirit and scope of the present utility model; can making possible variation and amendment, therefore protection domain of the present utility model should be as the criterion with the scope that this utility model claim defines.
Claims (11)
1. a solar charging device, it is characterized in that, including: pedestal, panel slot, solar battery panel and the output device being arranged on pedestal for outwards output electric energy, described solar battery panel at least two, and connected by arrangements of electric connection between solar battery panel, described panel slot is arranged on described pedestal;
A solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot in the way of putting into;
Described movable solar battery panel by extended or be arranged in described panel slot in the way of putting into, including:
Corner location at described pedestal arranges hollow axle, and described movable solar battery panel is rotatably connected on described hollow axle, then described movable solar battery panel rotatably stretches out or puts in described panel slot;
The hollow structure of described hollow axle is provided with arrangements of electric connection; Or,
Described movable solar battery panel by extended or be arranged in described panel slot in the way of putting into, including:
Described panel slot is provided with the expansion link for placing described movable solar battery panel, utilizes the expansion of described expansion link or contraction the movable solar battery panel being placed on it is stretched out or puts in described panel slot;
Described solar battery panel adopts pet layer press seal dress or adopts epoxy encapsulation.
2. solar charging device according to claim 1, it is characterized in that, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device, described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device; Or,
Described photoelectric conversion device is by the electrical power storage of generation to described charging device.
3. solar charging device according to claim 1, it is characterised in that also include chargeable fixed power source, described chargeable fixed power source is fixed on the outside of the described pedestal of described solar battery panel opposite side;
Described chargeable fixed power source has for inputting the input of electric energy to chargeable fixed power source and outwards exporting the outfan of electric energy.
4. solar charging device according to claim 3, it is characterized in that, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described photoelectric conversion device connects charging device and electric discharge device respectively, described charging device connects the input of described chargeable fixed power source, and the electric energy produced is inputted to described chargeable fixed power source by described photoelectric conversion device through charging device and input; Or,
Described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device.
5. solar charging device according to claim 1, it is characterised in that specifically, described solar battery panel is five to described solar battery panel at least two;
Accordingly, a solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, described movable solar panel is by extended or be arranged in described panel slot in the way of putting into, specifically, a solar battery panel in five solar battery panels is fixed on the outer surface of pedestal, all the other four solar battery panels are movable solar battery panel, and four movable solar battery panels are by extended or be separately positioned in corresponding four panel slots in the way of putting into.
6. solar charging device according to claim 1, it is characterized in that, the outer surface of described pedestal is quadrilateral structure, and described hollow axle is two, it is separately positioned on the diagonal position of described quadrilateral structure, and described hollow axle is vertical with the outer surface of described pedestal.
7. solar charging device according to claim 1, it is characterised in that described solar battery panel is monocrystaline silicon solar cell panel.
8. solar charging device according to claim 1, it is characterised in that receive the generally circular in shape or polygonized structure of the outer surface that light irradiates in described solar battery panel.
9. solar charging device according to claim 1, it is characterised in that connected by arrangements of electric connection between described solar battery panel, specifically, is connected in series to by arrangements of electric connection between described solar battery panel.
10. a solar charging device, it is characterized in that, including: chargeable fixed power source, pedestal, panel slot, solar battery panel and the output device being arranged on pedestal for outwards output electric energy, described solar battery panel at least two, and connected by arrangements of electric connection between solar battery panel, described panel slot is arranged on described pedestal;
A solar battery panel in described solar battery panel is fixed on the outer surface of described pedestal, all the other solar battery panels are movable solar panel, and described movable solar panel is by extended or be arranged in described panel slot in the way of putting into;
Described movable solar battery panel is by extended or be arranged in described panel slot in the way of putting into, including: the corner location at described pedestal arranges hollow axle, described movable solar battery panel is rotatably connected on described hollow axle, then described movable solar battery panel rotatably stretches out or puts in described panel slot;
The hollow structure of described hollow axle is provided with arrangements of electric connection;
Described chargeable fixed power source is fixed on the outside of the described pedestal of described solar battery panel opposite side; Described chargeable fixed power source has for inputting the input of electric energy to chargeable fixed power source and outwards exporting the outfan of electric energy.
11. solar charging device according to claim 10, it is characterized in that, described solar battery panel includes photoelectric conversion device, charging device and electric discharge device, described charging device connects the input of described chargeable fixed power source, and the electric energy produced is inputted to described chargeable fixed power source by described photoelectric conversion device through charging device and input; Or,
Described electric discharge device connects described output device, and the electric energy produced is exported to charging equipment by described photoelectric conversion device through described electric discharge device and output device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520642433.7U CN205283456U (en) | 2015-08-24 | 2015-08-24 | Solar energy charging apparatus |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520642433.7U CN205283456U (en) | 2015-08-24 | 2015-08-24 | Solar energy charging apparatus |
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| CN205283456U true CN205283456U (en) | 2016-06-01 |
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| CN201520642433.7U Expired - Fee Related CN205283456U (en) | 2015-08-24 | 2015-08-24 | Solar energy charging apparatus |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108845375A (en) * | 2018-05-02 | 2018-11-20 | 耿超玮 | A kind of automatic garbage detector with wireless charging |
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2015
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108845375A (en) * | 2018-05-02 | 2018-11-20 | 耿超玮 | A kind of automatic garbage detector with wireless charging |
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