CN205320009U

CN205320009U - Rotary -type frame of installing of solar panel

Info

Publication number: CN205320009U
Application number: CN201620029006.6U
Authority: CN
Inventors: 卜德贵; 刘家庆
Original assignee: SUHDER INDUSTRIAL Co Ltd
Current assignee: SUHDER INDUSTRIAL Co Ltd; Suhder Ind Co Ltd
Priority date: 2016-01-13
Filing date: 2016-01-13
Publication date: 2016-06-15
Anticipated expiration: 2026-01-13

Abstract

The utility model discloses a rotary -type frame of installing of solar panel, it includes an annular support body, and the periphery interval of this annular support body is equipped with the several frame, and these frames are vertical slant and put and establish to can rotate around this annular support body, these frames are equipped with a solar panel respectively, and in the internal first battery that is equipped with of this toroidal frame, and this first battery and these solar panel electrical property are met. With this, see through and rotate these frames, can make sunshine shine solar panel in turn in all weather to maintain the best electricity generation efficiency of effectively shining, and avoid the solar panel overheated and produce electric power and be detained the phenomenon, thereby promote the generating efficiency, and extension solar panel's life.

Description

The rotary-type mounting of solar panel

Technical field

The utility model is relevant with a kind of solar panel mounting, refers to a kind of rotary-type mounting of solar panel especially.

Background technology

Along with development in science and technology, energy demand grows with each passing day. But, the energy that the earth contains is but quite limited, and therefore, each side actively seeks to substitute the energy invariably. Wherein, solar energy, owing to meeting environmental requirement, is therefore the most widely developed and is used.

Only, known solar panel mostly is fixed, and therefore, when every day, sun conduct made sun angles change, this solar panel cannot maintain the best efficiency of generating rate. In addition, when sunlight prolonged exposure is in solar panel, solar panel because of temperature too high generation electric power trapping phenomena and over-exposed can cause shorten service life. In view of this, the practical novel people of this case is after observing above-mentioned shortcoming, it is believed that the real necessity having improvement further of known device of solar generating, and then has generation of the present utility model.

Practical novel content

Main purpose of the present utility model is at a kind of rotary-type mounting of solar panel of offer, it round-the-clock can make sunlight irradiate solar panel in turn, to maintain the best electricity generation efficiency of effectively irradiation, and avoid solar panel overheated and produce electric power trapping phenomena, thus promote generating efficiency, and extend the service life of solar panel.

In order to achieve the above object, the utility model provides a kind of rotary-type mounting of solar panel, includes:

One annular frame, it includes a center base, the periphery of this center base is interval with several rollers, respectively this roller is connected to a motor, to drive respectively this roller to rotate by respectively this motor, this annular frame is provided with ring frame in respectively this roller place, makes respectively this roller that this lower ring frame can be driven to rotate, this annular frame is provided with several framework in this lower ring frame, and this annular frame is provided with a pressed on ring frame in the upper end of respectively this framework again;

Several solar panels, it is located at respectively this framework;

At least one first battery, it is located at this center base, and is electrically connected with respectively this solar panel.

Further, wherein, more including several LED, it is located at respectively above this solar panel, and is electrically connected with this first battery.

Further, wherein, respectively the upper end of this framework generally extends towards the axis of this center base, and slightly inside contracts towards the axle center of this center base.

Further, wherein, respectively the lower end of this framework is located at this lower ring frame, and respectively this pressed on ring frame is located in the upper end of this framework.

Further, wherein, this first battery is more electrically connected with a wind-driven generator.

Further, wherein, this first battery is more electrically connected with an energy-saving generator.

Further, wherein, more including several the 2nd batteries, it is electrically connected this energy-saving generator.

The rotary-type mounting of solar panel provided by the utility model, it drives these rollers to rotate by these motors, to drive this lower ring frame to rotate through these rollers, make the solar panel being installed in these frameworks, can concomitant rotation, with this, sunlight round-the-clock can be made to irradiate solar panel in turn, to maintain the best electricity generation efficiency of effectively irradiation, and avoid solar panel overheated and produce electric power trapping phenomena, thus promote generating efficiency, and extend the service life of solar panel.

Accompanying drawing explanation

Fig. 1 is the stereogram of annular frame of the present utility model.

Fig. 2 is the partial enlargement schematic diagram of annular frame of the present utility model.

Fig. 3 is assembling schematic diagram of the present utility model.

Fig. 4 is system configuration schematic diagram of the present utility model.

In figure, 10 annular frame 11 center base

12 roller 13 motors

14 times ring frame 15 frameworks

16 pressed on ring frames

20 solar panels

30 first batteries

40LED lamp

50 wind-driven generator 51 rectifiers

60 energy-saving generator 61 rectifiers

70 the 2nd batteries

80 power output ends.

Specific embodiment party formula

Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail, so that the technical staff of this area can understand the utility model better and can be implemented, but illustrated embodiment is not as to restriction of the present utility model.

Please sequentially consulting shown in Fig. 1 to Fig. 4, its exposure has the rotary-type mounting of a kind of solar panel, and the rotary-type mounting of this solar panel includes:

One annular frame 10, it includes a center base 11, the periphery of this center base 11 is interval with several roller 12, these rollers 12 are connected to a motor 13, to drive these rollers 12 to rotate by these motors 13, wherein, these rollers 12 have more than IP50 with the equipment protection grade of these motors 13, and cold-resistant temperature can reach subzero 40 DEG C Celsius, heat resisting temperature can reach 155 DEG C Celsius, this annular frame 10 another is provided with ring frame 14 in these roller 12 places, make these rollers 12 that this lower ring frame 14 can be driven to rotate in the periphery of this center base 11, this annular frame 10 is provided with several framework 15 in this lower ring frame 14, and the lower end making these frameworks 15 is fixedly arranged on this lower ring frame 14, the upper end of these frameworks 15 then generally extends towards the axis of this center base 11, and slightly inside contract towards the axle center of this center base 11, these frameworks 15 oblique are installed in vertical, this annular frame 10 is provided with a pressed on ring frame 16 in the upper end of these frameworks 15 again, for these frameworks 15 of support, in the utility model, this annular frame 10 can coordinate the pressed on ring frame 16 of installing different inner diameters, for the angle of inclination coordinating these frameworks 15, make these frameworks 15 can adjust angle of inclination according to set-up site.

Number solar panel 20, it is located at these frameworks 15, and solar energy can be converted to electric energy.

At least one first battery 30, it is located at this center base 11, and is electrically connected with these solar panels 20, for the electric energy that these solar panels 20 of storage export, and this first battery 30 is electrically connected with these motors 13 further, to provide the power supply needed for these motors 13. In the utility model, this first battery 30 is lithium battery, and its voltage is 48V, and capacity is 50Ah, but this is only an embodiment, but not limits to enforcement aspect of the present utility model.

Number LED 40, it is located at this pressed on ring frame 16, and is located at above these solar panels 20, and is electrically connected with this first battery 30, to irradiate these solar panels 20 when the insufficient light, generates electricity for these solar panels 20.

One wind-driven generator 50, Wind resource change can be electric energy by it, and this wind-driven generator 50 is electrically connected a rectifier 51, and this rectifier 51 is electrically connected with this first battery 30, for the electric energy that this wind-driven generator 50 of storage exports.

One energy-saving generator 60, it is electrically connected this first battery 30, and this energy-saving generator 60 is electrically connected number rectifier 61 further.

Several 2nd battery 70, it is electrically connected the rectifier 61 of this energy-saving generator 60, for the electric energy that this energy-saving generator 60 of storage exports. In the utility model, these the 2nd batteries 70 are lithium battery, and its voltage is 48V, and capacity is 200Ah, but this is only an embodiment, but not limits to enforcement aspect of the present utility model.

At least one power output end 80, it is electrically connected these the 2nd batteries 70.

Please continue to refer to shown in Fig. 1 to Fig. 4, the rotary-type mounting of this solar panel, it can utilize these solar panels 20 to be produced and lay in the electric energy in this first battery 30 and operate for these motors 13, make these motors 13 with the rotating speed start of 1 0.2R.P.M, and drive these rollers 12 to rotate by these motors 13, to drive this lower ring frame 14 to rotate through these rollers 12, these frameworks 15 can be made to rotate with this lower ring frame 14 with this, make the solar panel 20 being installed in these frameworks 15, it is possible to concomitant rotation. With this, sunlight round-the-clock can be made to irradiate solar panel 20 in turn, to maintain the best electricity generation efficiency of effectively irradiation, and avoid solar panel 20 overheated and produce electric power trapping phenomena, thus promote generating efficiency, and extend the service life of solar panel 20.

It is worth mentioning that, the rotary-type mounting of this solar panel can set the rotating speed of these motors 13 according to user demand, and the rotation direction of these motors 13 can be controlled further, to control rotation direction and the rotating speed of these solar panels 20, to maintain the best electricity generation efficiency of effectively irradiation.

Be worth carry again, when this annular frame 10 is fixedly arranged in plane, 15 grades of high wind can be prevented, and the rotary-type mounting of this solar panel can anti-torrential rain, the rotary-type mounting of this solar panel can steadily firmly be installed.

Again feature of the present utility model and the expection effect that can reach thereof are presented below:

The rotary-type mounting of solar panel of the present utility model, it drives these rollers 12 to rotate by these motors 13, to drive this lower ring frame 14 to rotate through these rollers 12, make the solar panel 20 being installed in these frameworks 15, can concomitant rotation, with this, sunlight round-the-clock can be made to irradiate solar panel 20 in turn, to maintain the best electricity generation efficiency of effectively irradiation, and avoid solar panel 20 overheated and produce electric power trapping phenomena, thus promote generating efficiency, and extend the service life of solar panel 20.

The above embodiment is only the preferred embodiment lifted for absolutely proving the utility model, and protection domain of the present utility model is not limited to this. The equivalent replacement that those skilled in the art do on the utility model basis or conversion, all within protection domain of the present utility model. Protection domain of the present utility model is as the criterion with claim book.

Claims

1. the rotary-type mounting of solar panel, it is characterised in that, include:

Several solar panels, it is located at respectively this framework;

2. according to the rotary-type mounting of solar panel according to claim 1, it is characterised in that, wherein, more include several LED, it is located at respectively above this solar panel, and is electrically connected with this first battery.

3. according to the rotary-type mounting of solar panel according to claim 1, it is characterised in that, wherein, respectively the upper end of this framework generally extends towards the axis of this center base, and slightly inside contracts towards the axle center of this center base.

4. according to the rotary-type mounting of solar panel according to claim 1, it is characterised in that, wherein, respectively the lower end of this framework is located at this lower ring frame, and respectively this pressed on ring frame is located in the upper end of this framework.

5. according to the rotary-type mounting of solar panel according to claim 1, it is characterised in that, wherein, this first battery is more electrically connected with a wind-driven generator.

6. according to the rotary-type mounting of solar panel according to claim 1, it is characterised in that, wherein, this first battery is more electrically connected with an energy-saving generator.

7. according to the rotary-type mounting of solar panel according to claim 6, it is characterised in that, wherein, more include several the 2nd batteries, it is electrically connected this energy-saving generator.