CN202948960U

CN202948960U - Solar photovoltaic conversion device

Info

Publication number: CN202948960U
Application number: CN2012205429768U
Authority: CN
Inventors: 王运怀
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-10-19
Filing date: 2012-10-19
Publication date: 2013-05-22
Anticipated expiration: 2022-10-19

Abstract

The utility model relates to a novel solar photovoltaic conversion device which is a sunlight container with a sunlight guide opening. A plurality of solar battery templates are arranged in the sunlight container, space of the sunlight container is full of sunlight media, and a light dispersion inclined face body is designed in the sunlight container. A good light reflection surface layer is respectively coated on the inner wall of the sunlight container and all structure surfaces except the sunlight receiving face of a non-solar battery template. The solar photovoltaic conversion device improves solar energy utilization level of people and achieves separation of sunlight collection and power generation. A solar power generation device and a solar power generation device combination are adjustable in scale.

Description

Solar photo-electric conversion device

Technical field

The utility model relates to a kind of solar photo-electric conversion device.

Background technology

The principal mode of solar power generation relies on the sunlight direct projection to realize at present.When obtaining solar energy in this way, owing to only having one deck solar panel to receive the sunlight direct irradiation, therefore, the surface area of hold facility is large, and the utilance in sunlight and space is all very low.

Summary of the invention

The purpose of this utility model is to provide a kind of device of more efficient solar photovoltaic conversion to make up the deficiency of prior art.

The utility model is to realize that the technical scheme that purpose adopts is: solar photo-electric conversion device, it is characterized in that: comprise the sunlight container, the sunlight introducing port is arranged on the sunlight container, be provided with the multilayer solar battery template in the sunlight container, between every two layer solar cell templates, reflective particulate layer is arranged; Be full of the sunlight medium in whole sunlight container; The position that faces the sunlight introducing port in the sunlight container is provided with astigmatic clinohedral.

Optimize, in the sunlight container, except the sunlight receiving plane of solar cell template, other internal structures surfaces is all covered by reflective top layer.

Optimize, described astigmatic clinohedral cross section is the triangular ramp body.

Good effect of the present utility model is: the first, with greatly having improved people and obtain the level of solar energy, certainly will effectively promote the development of solar energy industry; The second, due to the separability that has realized sunlight Mining collection and generating, therefore, be conducive to realize first place's daylighting, second place's generating; The 3rd, the scale of single device of solar generating and the combination of a plurality of device of solar generating is all changeable, and the plasticity of the three-dimensional configuration of the device of solar generating of single or multiple combinations is also very strong, is conducive to the universal of solar power generation industry.

The most outstanding intention of the utility model has designed a utility model and has been called the sunlight container, put the device of solar generating of solar cell template, this device has been arranged, just having overturned traditional solar power generation is to be gone to seek the mode of sunlight by the solar cell template, then has realized allowing sunlight seek the leap of solar cell template.

Description of drawings

Fig. 1 is the structural representation of the utility model embodiment;

Fig. 2 is the structural representation of sunlight introducing port and astigmatic clinohedral;

Fig. 3 is the structural representation of solar cell template and reflective particulate layer;

Fig. 4 is the structural representation of solar cell template.

Embodiment

Embodiment:

1 is the sunlight container, 2 is the sunlight introducing port, 3 is the solar cell template, 4 is reflective particulate layer, 5 is that the sunlight medium is (transparent, play the leaded light effect filler, can be acrylic, glass, air, insulation transparent liquid), 6 is astigmatic clinohedral, 7 are reflective top layer (being arranged on the solid content surface of other non-opto-electronic conversion effect in sunlight container 1 inwall and sunlight container).

Sunlight container 1 is a placement solar cell template 3, and can allow the light wave particle of injecting sunlight fully reflect therein, finally projects the container above solar panel template 3.Say visually, after sunlight was introduced into sunlight container 1, the solar energy in sunlight container 1 was sent out

Electricity template 3 just has been wrapped and has been submerged among the sunlight of introducing container.

Sunlight medium 5 is fillers between the solid structure in the sunlight container.Its physical form can be vacuum, gaseous state, liquid state or solid-state form.The main performance sunlight passage of sunlight medium 5 and two effects greatly of filling sunlight vessel space.If necessary, when using solid state medium, medium can also be brought into play the effect of other structure in the containers such as separation and fixed solar battery template.

Solar cell template 3 is to be the core component of electric energy with light energy conversion, is also to embody the utility model to reduce the present solar power generation assembly excessive critical component that takes up room.

Reflective particulate layer 4 is arranged between two layer solar cell templates 3, sparse reflective particulate layer.Its function is the distance that reduces to greatest extent between two layer solar cell templates, thereby reduces the sunlight volume of a container, the sunlight of introducing the sunlight container is reflexed on the solar power generation template effectively, and be the good material of reflective.

Sunlight container 1 outward appearance is a cuboid.One end central authorities are provided with more than one at cuboid, rectangular sunlight introducing port 2.

The shape of sunlight container 1, volume size, the shape of outer wall thickness, outer wall material and sunlight introducing port and quantity all can be decided because of needs.

The function of sunlight container 1: the one, satisfy the installation of solar cell template 3 and put; The 2nd, allow to greatest extent the sunlight particle finally can project on solar cell template 3.

Structure in sunlight container 1 can project to greatest extent solar cell template 3 and designs to satisfy sunlight, will consider in design and can effectively project the sunlight that is incorporated in container on the sunlight receiving plane of solar cell template 3.Therefore, the utility model has been considered the special construction aspect following five in the sunlight container:

The firstth, astigmatic clinohedral 6.Astigmatism clinohedral 6 is sunlight intake 2 opposites that are fixed in sunlight container 1, the top over against base length of sunlight intake 2 center lines and width all greater than the triangular ramp body structure of sunlight intake length and width.The function of astigmatism clinohedral 2 is being distributed to equably from the sunlight particle of sunlight intake in sunlight container 1 everywhere.If when designing the sunlight container 1 of a plurality of sunlight intakes 2, just need design a plurality of inclined-planes astigmatism body 6, and the shape of each astigmatic clinohedral changes with the alteration of form of sunlight intake, to guarantee to introduce the effective dispersion of sunlight in container.

The secondth, reflective top layer 7.In sunlight container 1, except the sunlight receiving plane of solar cell template 3, each body structure surface all should have good light reflective, reduces to greatest extent luminous energy and loses in container to reach.

The 3rd is sunlight medium 5.The logical good sunlight medium 5 of optical property is conducive to light wave grain interreflection in container.Sunlight medium 5 is brought into play the effect of optical channel in container.As using solid dielectric, sunlight medium 5 can also be brought into play the even effect of interior other object of fixed bin of interval so.

The 4th is reflective particulate layer 4.Reflective particulate layer 4 is arranged on the sparse reflective particulate layer 4 of one deck between two layer solar cell templates 3, its function is that the light wave particle that enters the sunlight container is reflexed on solar cell template 3 preferably, is also simultaneously the important feature that guarantees not stay in container the sunlight dead angle.

The 5th is solar cell template 3.Solar cell template 3 is to be the core component of electric energy with light energy conversion, the solar cell template of the present embodiment design is the compact double-sided solar battery template of novel concept, it has five-layer structure, wherein occupy central anode conducting plate 8 and the photoelectric conversion plate 9 of being close to both sides by one, and the outer negative electrode conductive plate of photoelectric conversion plate of being close to of two-layer printing opacity forms 10.

Claims

1. solar photo-electric conversion device, is characterized in that: comprise the sunlight container, the sunlight introducing port is arranged on the sunlight container, be provided with the multilayer solar battery template in the sunlight container, between every two layer solar cell templates, reflective particulate layer is arranged; Be full of the sunlight medium in whole sunlight container; Be provided with astigmatic clinohedral in sunlight container inner wall, the position that faces the sunlight introducing port.

2. the device of solar photovoltaic conversion as claimed in claim 1, it is characterized in that: in the sunlight container, except the sunlight receiving plane of solar cell template, the surface of other internal structures all is provided with reflective top layer.

3. the device of solar photovoltaic conversion as claimed in claim 1 or 2, it is characterized in that: described astigmatic clinohedral is the triangular ramp body.