Intelligent wind-solar complementary street lamp with detection function and high power generation efficiency

Abstract

The invention relates to an intelligent wind-solar complementary street lamp with a detection function and high power generation efficiency. The intelligent wind-solar complementary street lamp comprises a base, a lamp pole, an illuminating lamp, a wind power mechanism, a photoelectric mechanism and a detection mechanism. The detection mechanism comprises a vertical rod, a detection box, a translation assembly, a translation block and a cleaning box. The photoelectric mechanism comprises a fixing plate, a rotating assembly, a circular ring, a rotating disc and a plurality of photoelectric assemblies. The rotating assembly comprises a plurality of rotating units which comprise first motors and gears. According to the intelligent wind-solar complementary street lamp with the detection function and the high power generation efficiency, the propagation direction of sunlight is determined through positions of light spots at the bottom in the detection box in the detection mechanism, and thephotoelectric mechanism is adjusted conveniently; and compared with an existing detection mechanism, the detection mechanism has the automatic dust prevention and cleaning functions, not only that, the angle and position of a solar panel are adjusted through the photoelectric mechanism, the solar panel can be prevented from being shielded while directly facing the sunlight, and the power generation efficiency of the photoelectric mechanism and practicability of the intelligent wind-solar complementary street lamp are improved.

Description

technical field [0001] The invention relates to the field of new energy equipment, in particular to an intelligent wind-solar hybrid street lamp with a detection function and high power generation efficiency. Background technique [0002] Wind-solar complementary road lighting is an emerging field of new energy utilization. It can not only reduce the dependence on conventional electricity for urban lighting, but also provide a new solution for rural lighting. In recent years, many companies have publicized investment in this, and wind and solar hybrid street lamp projects have been launched in various places. [0003] In the actual application of wind-solar hybrid street lights, in order to obtain the maximum wind energy, the wind power generation device is usually installed on the top of the light pole, but in this way, the wind power generation device and the light pole will block the solar panels below the wind power generation device, blocking The solar panel absorbs su...

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Problems solved by technology

[0003] In the actual application of wind-solar hybrid street lights, in order to obtain the maximum wind energy, the wind power generation device is usually installed on the top of the light pole, but in this way, the wind power generation device and the light pole will block the solar panels below the wind power generation device, blocking The solar panel absorbs sunlight, which reduces the power generation efficiency of the solar panel. Not only that, but on the wind-solar hybrid street lamp, the solar panel is installed on the light pole in a fixed way, resulting in a fixed angle, which cannot be flexibly adjusted according to the direction of the sunlight in real time. , which further reduces the power generation efficiency of solar panels, resulting in reduced practicality of existing wind-solar hybrid street lights

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