KR200254942Y1 - Solar cell condenser - Google Patents

Abstract

The present invention converts solar energy into electric energy to operate home appliances and lighting equipment, and generates solid state energy such as various types of signs, milestones, street lights, outdoor lights, emergency exits, electronic signs, and automobile energy. In this regard, it relates to a field of solar energy accumulation that utilizes natural solar energy to use all products by using it as pollution-free energy. More specifically, a heat collecting lens is attached to a module that utilizes solar energy but collects solar energy. Improve solar heat by more than 50% (using DC12V 20W per day using a lot of 20W load per day), allowing the user to use the product for one day or more for 10 days or more during the rainy season Accumulate enough power regardless of the weather by storing instantaneous light even when sunlight is weak in preparation for natural conditions It relates to a solar cell light collector structure that can be used by.

To this end, the present invention includes a solar array 10 having a solar panel 11 for generating power by converting solar light into electrical energy; Controller 30 for maximizing the power generated in the solar panel 11 to store in the storage battery 20 and supply to the load stably and the converter 40 to automatically turn on the street lamp after sunset and to turn off at the same time at sunrise In the known solar cell structure provided with: the solar panel 11, the heat collecting lens 12 made of a material capable of absorbing a lot of sunlight is installed on the top; The collection lens 12 is characterized in that to protect with a cover 13 made of a rack acid material of a transparent material.

By utilizing such solar energy, all the power (electrical hypothesis) methods are used as they are, and only the inputs that supply power are installed separately from the central method supplied by KEPCO. When connected and changed (auto conversion switch), the electricity there can supply electricity with the energy generated by solar light.

Description

Solar cell condenser structure {Solar cell condenser}

The present invention relates to a system for generating pollution-free power by converting precious resources of the sun into electric signals. Especially, the electricity of our daily life is absorbed without applying any materials such as petroleum, coal, and radiation. The present invention relates to a method of absorbing a panel and converting it into an electrical signal.

Since solar energy is an infinite clean energy that is never exhausted, researches on energy utilization have been actively conducted in each country with great expectations as an alternative energy source for the future of humanity.

As a result of studying the above-mentioned method of using solar energy, representative methods of using solar energy today include the most basic method of heating water by heating with solar heat, the method of generating water by driving steam turbine by cutting off water, There are three ways to produce electricity directly by converting photons from sunlight into electrons.

In general, when electricity is generated using solar light, the situation remains unsatisfactory due to regional, seasonal and technological limitations. The solar energy on the ground is 100mW / ㎠ and over the satellite, it has energy of 140mW / ㎠. When producing electricity using only solar panels that convert light energy from the sun directly into electrical energy, the theoretical efficiency of solar cells is 23%, but in reality it is extremely low, about 7-12%. However, since the facilities required for production are expensive compared to the efficiency, it is difficult to universalize them, and it is not able to efficiently utilize solar heat, the infinite gift of humanity, and exhausts finite underground resources in a short period of time. It is continuously expanding.

Moreover, solar energy is not only available at night, in the rain or on snowy days, or on cloudy days, because the energy source disappears. In addition, solar energy cannot be stored because no storage tanks are installed. There was a problem in extracting energy.

In recent years, street lamps using solar cells have been installed, but the street lamps have accumulated a bright daytime solar light and automatically turns on at night. When the rainy season lasts for a long time, or is cloudy or snowy, There is a problem that does not efficiently perform the role as a street lamp because there is no electricity accumulated.

The present invention has been devised in view of the above points, and an object of the present invention is a low current product in terms of utilizing more than 100% of the effect and utilizing the energy compared to the conventional method of converting a solar energy absorption signal into electrical energy. It is to provide a solar cell condenser structure that can double the brightness of light.

1 is a block diagram showing a system configuration for supplying power by converting into electrical energy using solar light according to the present invention;

2 is a cross-sectional view showing one structure of the solar cell collector of the present invention;

3 is a cross-sectional view showing another structure of the solar cell collector of the present invention.

* Description of symbols on the main parts of the drawings *

10 solar array 11: solar panel

12: solar heat collecting lens 13: solar panel cover

20: storage battery 30: controller

40: inverter

In the present invention, the glass panel absorbing the light of the sun is conventionally using glass and other flat glass glass and a plurality of collecting lenses and a rack-acid transparent material that can cover the protection of the collecting lens and more light. It absorbs and generates a lot of heat energy to generate more electric energy. It supplies large amount of electric energy even with a small area panel and uses a low-current product of 6mA (same as the existing product). Electric and electronic products were used to supply electricity to the solar panels to use pollution-free electricity.

The present invention uses low-current product lamps such as CCFL (DC 12V / 6mA) and LED (Electroconsumption 3V / 0.5mA), and uses lighting by diffusion printing (bright and wide light transmission). The three-wavelength fluorescent lamps were also used as the diffusion printing method so that the brightness of the fluorescent light could be used as the streetlight brightness.

In addition, the present invention is a pollution-free power source of the sun, even in the absence of electricity, wirelessly absorbs sunlight from various forms of advertising lights and grouped apartments, buildings, villas, houses, government offices, etc. It can be used as a product of electric current and can be used for a long time even in low sunlight.

A first aspect of the present invention for achieving the above objects, the first to use a material and other solar absorption method that absorbs a lot of concave lenses and light on the top of the solar panel (Solar Module), and can cover the concave lens. The second step of charging the battery, such as a battery that can store a large amount of electrical signals and hydrogen batteries, and the like: CCFL (Cold Cathode Lamp Electricity Consumption DC12V / 6mA) and LED ( 3rd step using low current products such as 3V / 0.5kW of electricity consumption, etc .: using lighting by diffusion printing (bright and wide transmission of light) and using conventional three-wavelength fluorescent lamps by diffusion printing The brightness of the fluorescent light includes a fourth step that can be used as the street light brightness. The second step is preferably a product that is charged and stored as much as possible the absorbed energy of the sun.

In addition, the first stage is made of concave lenses and other solar absorption materials capable of absorbing as much of the sun's light as possible and generating heat, and converting a lot of electric signals even in a small area. This is preferred.

The second feature of the present invention for achieving the above objects is that the diffusion printing method can be used as an alternative light to the daily life even in the light of low current by the method of transmitting light to the brightness of the light and a large area.

Hereinafter, the present invention will be described in detail with reference to the accompanying drawings.

1 is a system configuration diagram for a solar cell condenser structure according to the present invention, the solar array 10 used in the present invention was provided with a solar panel 11 for generating power by converting solar light into electrical energy. The controller 30 maximizes the power generated in the solar panel 11, stores it in the storage battery 20, and stably supplies the load. The inverter 40 automatically turns on the street lamp after sunrise and sunrise. At the same time serves to turn off, these technical components were also provided in the known solar cell structure. Therefore, an essential component of the present invention is a plurality of collecting lenses 12 made of a material that can absorb a lot of sunlight installed on the top of the solar panel 11, the collecting lenses 12 of the transparent material The rack 13 was made of a cover made of acid.

Here, the collecting lenses 12 may be fixed to the latching jaw 14 by being spaced apart from the solar panel 11 by a predetermined distance as shown in FIG. 2, and ascending and descending from the solar panel 11 as shown in FIG. 3. It is preferable to be mounted on the telescopic lifting body 15 so that the distance can be varied so that the cylinder 16 can be lifted and lowered.

The present invention configured as described above can collect solar light efficiently by installing the collecting lenses 12 on the top of the solar panel 11 so that the solar panel 12 can store a large amount of electrical signals in the storage battery 20. Use low-current products such as CCFL (DC 12V / 6mA) and LED (Electricity consumption 3V / 0.5mA), which can save electricity signal and use more effectively. The illumination method is used, and the conventional three-wavelength fluorescent lamp is also used as the diffusion printing method so that the brightness of the fluorescent light can be used as the street light.

In addition, a plurality of concave lenses and special materials and materials that can receive a lot of heat and solar absorption is included and to prevent damage from the outside by using a cover 13 to protect the concave lens. Here, the main reason for using the heat collecting lens 12 is to increase the internal temperature of the solar panel 11 to double the magnetic field of the battery to increase the secondary electric charge.

As described above, the present invention installs a plurality of collecting lenses 12 on the top of the solar panel 11 to absorb a lot of sunlight, thereby changing farming and fishing villages, civic parks, amusement parks, etc. using pollution-free solar energy. In response to the demand for street lamps required for welfare facilities space, it can prevent various warming insects and pests, purify the air, prevent global warming, and act as a street lamp during disasters and blackouts. Can be prevented and the security effect can be obtained to reduce property damage. In addition, since it can be installed in any place, construction and installation are convenient and semi-permanent.

Although the present invention has been described with reference to the accompanying drawings, the present invention is not limited thereto and there may be many variations and modifications within the scope of the following claims. For example, the condenser lens is preferably a concave lens, but may be a convex lens, and the telescopic lifting body and the cylindrical body may be formed in a rectangular shape, and may be expanded and contracted to vary the focus of the collecting lens.

Claims (3)

A solar array 10 having a solar panel 11 for converting solar light into electrical energy to generate electric power; Controller 30 for maximizing the power generated in the solar panel 11 to store in the storage battery 20 and supply to the load stably and the converter 40 to automatically turn on the street lamp after sunset and to turn off at the same time at sunrise In a known solar cell structure having: A heat collecting lens 12 made of a material capable of absorbing a lot of sunlight is installed on the solar panel 11; Solar light collector structure, characterized in that to protect the heat collecting lens 12 with a cover 13 made of a rack material of transparent material. The solar cell condenser structure according to claim 1, wherein the heat collecting lens (12) is fixed to be spaced apart from the solar panel (11) by a predetermined distance. The solar cell condenser structure according to claim 1, wherein the heat collecting lens (12) is movable up and down from the solar panel (11) to vary its focal length.