Solar strong concentration sun-facing control device and method

Abstract

The invention relates to a solar energy effective photospot sunward controlling device and a method thereof. The body shell is internally provided with a group of rotating frame, an arc projecting light controller is arranged above the rotating frame and is provided with a multidirectional photosensor which is connected with the circuit board of the light controller; the rotating frame is internally provided with a solar energy collector, above which an effective collecting mirror is arranged; the effective collecting mirror is fixedly arranged on the rotating frame, the rotating shaft of the rotating frame is fixedly arranged on the rotating base of a support frame; a motor is connected with the circuit board of the light controller and can drive the rotating frame to rotate; the light controller can lead the energy collector to automatically turn towards sunlight source, the effective collecting mirror can collect the sunlight energy on the energy collector and can effectively shorten the distance between the energy collector and the collecting mirror, so that a solar energy generator or a solar energy collector can generate a plurality of times of electric energy or heat energy.

Description

Technical field [0001] The invention relates to a solar concentrating rotating device, in particular to a device and method for controlling solar energy powerful concentrating sunlight with a multidirectional light controller, a powerful concentrating mirror and a motor rotating frame. And the rotating frame automatically adjusts the powerful condenser to the solar light source. The powerful condenser can gather several times the sunlight energy and concentrate the sunlight on the solar energy collector. The powerful condenser effectively shortens the distance between the condenser and the energy collector. The multi-directional light controller precisely and automatically regulates the motor and the rotating frame, and automatically gathers several times the sunlight energy on the solar energy collector, so that the solar generator or heat collector can generate several times the electric energy or heat energy. Background technique [0002] Commonly used solar concentrating...

AI Technical Summary

Problems solved by technology

[0002] Commonly used solar concentrating rotating devices on the market such as Figure 30 : Conventional solar power generation device, the body shell 01 is equipped with a silicon chip 42 of a group of solar generators 41, a motor 21 and a timing circuit board 03, and the solar generator 41 rotates towards the sunlight 52 at regular intervals through the motor 21 and the timing circuit board 03. After the chips 42 are connected in series and parallel, they are connected to a set of batteries 54, and the electric energy generated by the solar silicon chips 42 is stored in the batteries 54 or directly supplied to electrical appliances. However, according to expert research, the current use of solar silicon chips in solar power generation devices is really overkill. , solar silicon chips can withstand several times the sunlight, and can emit several times the power, and the production technology of solar silicon chips is controlled by foreign manufacturers. 52. The electricity generated by the solar power generation device is so little

The benefit rate of installing solar energy collector devices cannot be improved. Everyone knows that solar energy is a green energy that is inexhaustible and inexhaustible. The received sunlight is not much, the thermoelectric energy generated by the solar energy collector is small and the price of the device is expensive, so the solar energy collector has not been able to be effectively promoted, and everyone knows that the convex lens can concentrate light, but why no manufacturer will Convex lens concentrating is applied to solar generators or heat collector devices, and the timing circuit board 03 cannot be accurately directed to the sun when it rotates at a fixed time, so there is a lot of room for improvement in general solar collectors

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