Solar energy strong-efficiency light condensing and sun facing device

Abstract

The invention relates to a solar energy strong-efficiency light condensing and sun facing device. A machine body shell is internally provided with a solar energy collector and a swivel condensing lens, wherein the upper side of the solar energy collector is provided with a rotating frame and the swivel condensing lens; the swivel condensing lens is fixedly arranged on a light condesnsing hood; a motor can drive the rotating frame to rotate at regular time to turn the solar energy collector towards a sun light source; the swivel condensing lens gathers multiple sun light energy onto the solar energy collector; the swivel condensing lens effectively shortens the distance between the condensing lens and the solar energy collector; the multiple sun light energy makes the solar energy collector emit multiple thermoelectrical energy; and the motor rotates the rotating frame at regular time to make the solar energy collector automatically rotate to chase the sun direction and face the sun so as to improve the efficiency of the solar energy generating power or collecting heat.

Description

Technical field [0001] The new model relates to a solar concentrating device, especially a solar energy concentrating device with a rotating ring concentrating mirror and a motor that rotates a rotating frame at regular intervals. The rotary ring condenser is automatically adjusted to the solar light source, and the sunlight is concentrated on the energy collector. The rotary ring condenser effectively shortens the distance between the condenser and the solar energy collector, and gathers several times the sunlight energy on the solar energy collector. Make the solar generator generate several times of electric energy, gather several times of sunlight energy on the solar water heater, and make the solar collector emit several times of heat energy. Background technique [0002] Commonly used solar light-collecting devices on the market are shown in Figure 32: a conventional solar power generation device, a group of solar energy collectors are directly facing the sunlight 52, ...

AI Technical Summary

Problems solved by technology

[0002] Commonly used solar light-collecting devices on the market are shown in Figure 32: a conventional solar power generation device, a group of solar energy collectors are directly facing the sunlight 52, and after the solar silicon chips 42 are connected in series and parallel, a group of storage batteries 54 are connected, and the solar silicon chips 42 are connected to each other. The generated electrical energy is stored in the storage battery 54 or directly supplied to electrical appliances. According to expert research, the application of solar silicon chips to solar power generation devices is really overkill. Solar silicon chips can withstand several times the sunlight and emit several times more light Electricity, and the production technology of solar silicon chips is controlled by foreign manufacturers, the price of solar silicon chips remains high, and the thermal power generated by solar energy collectors is so little that the benefit rate of installing solar energy collectors cannot be improved. Everyone knows that Solar energy is green energy, which is inexhaustible and inexhaustible. It is an inexhaustible green energy that does not require money to be purchased. However, the thermal energy generated by solar energy collectors is less and the device is expensive. Concentrators have not been able to be effectively promoted, and everyone knows that convex lenses can concentrate light, but why no manufacturer has applied convex lenses to concentrate light on solar energy collectors, and the sun moves from east to west every day, while ordinary solar energy collectors are fixed Installation, the efficiency of solar power generation or heat collection is poor, so there is a lot of room for improvement in general solar energy collectors

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