Solar mobile charging equipment

Abstract

The invention discloses solar mobile charging equipment which structurally comprises moving wheels, supporting legs, a solar device and a charging bin, the middles of the moving wheels are in shaft connection with the outer side of the solar device, the rear ends of the supporting legs are in bolt connection with the outer side of the charging bin, the lower side of the solar device is attached to the upper side of the charging bin, and the solar device comprises a fixing frame, a dust sweeping device and a top plate. The inner side of the fixing frame is in clearance fit with the outer side of the dust sweeping device, the stress plate is blown by wind power to drive the sweeping rods to deflect, when the sweeping rods deflect to the edge, the side supporting rods are driven by inertia to expand outwards to sweep the area outside the rotation angle, the area of sunshine irradiated on the surface of the solar panel is increased, and the power generation power of the solar panel is improved. When wind power is too large, the wind receiving plate can rotate around the center shaft, the wind receiving plate can push the buffering plate to conduct buffering around the rotating shaft during rotation, and finally the center shaft is driven to rotate, so that the situation that too large torque is generated due to too large wind power is prevented, and the service life of the dust sweeping device is prolonged.

Description

technical field [0001] The invention belongs to the field of solar energy, and more specifically, relates to a solar mobile charging device. Background technique [0002] With the popularization of electric vehicles in daily life, more and more people use electric vehicles for travel. When using electric vehicles for long-distance driving, electric vehicles are limited by the current battery technology. The mileage is difficult to reach the internal combustion engine. The length of the car and the number of outdoor charging stations are too small, so the use of solar mobile charging equipment can charge the vehicle in the case of sufficient sunlight during the day, but because the solar charging panel needs an excessively large area to generate enough electricity for electric vehicles When the car is charging, when charging in the Gobi area with large wind and sand, the dust will fall on the outside of the solar panel with the air, reducing the transmittance of the light out...

AI Technical Summary

Problems solved by technology

[0002] With the popularization of electric vehicles in daily life, more and more people use electric vehicles for travel. When using electric vehicles for long-distance driving, electric vehicles are limited by the current battery technology. The mileage is difficult to reach the internal combustion engine. The length of the car and the number of outdoor charging stations are too small, so the use of solar mobile charging equipment can charge the vehicle in the case of sufficient sunlight during the day, but because the solar charging panel needs an excessively large area to generate enough electricity for electric vehicles When the car is charging, when charging in the Gobi area with large wind and sand, the dust will fall on the outside of the solar panel with the air, reducing the transmittance of the light outside the solar panel, resulting in the light received by the solar panel Reduced, reducing the power generation of solar panels

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