Motor vehicle with photovoltaic power generation device

Abstract

The invention relates to a motor vehicle with a solar power generation device at the top. The sun screening photovoltaic power generation device is installed on the top of the motor vehicle and can reduce the phenomenon that the motor vehicle is exposed to the blazing sun through solar radiation. One or more extensible movable auxiliary sun visors are arranged in a main sun screening body frame; the movable auxiliary sun visors are in horizontal pushing connection with a main sun visor body telescopically, that is a locating groove is used, or a horizontal pushing mode adopting a slide passageis adopted so that the expansion and contraction quantity of the movable auxiliary sun visors can be adjusted according to the need to adapt to different speeds of the motor vehicle. Movable or rotatable supporting structures are arranged between the movable auxiliary sun visors and the main sun visor body; each movable auxiliary sun visor can be similar to the main sun visor body in size to acquire solar energy to the greatest extent. A main photovoltaic power generation panel covers and is installed on the upper surface of the main sun screening body frame, one photovoltaic power generationpanel covers and is installed on the upper surface of each movable auxiliary sun visor, and therefore solar energy of the maximum power can be obtained and absorbed.

Description

【Technical field】 [0001] The invention relates to a motor vehicle, in particular to a motor vehicle with a solar power generation device on the top. 【Background technique】 [0002] Motor vehicles, especially small cars, such as cars, vans, jeeps, etc., are common during use. When they are stored in open-air parking lots in summer or drive on the road for a long time, the temperature inside the motor vehicle will increase, and people have to Extensive use of air conditioning to cool down. As we all know, the fuel consumption of air conditioners is very high, in order to reduce the vehicle's exposure to solar radiation energy, thereby reducing the use of air conditioners. Even a car has about 2 to 10 square meters of head space, but this part of solar energy is wasted, so find a way to use it. [0003] At present, the existing solutions have complex structures, high manufacturing and operating costs (such as the authorized announcement: CN201138756Y, the patented solution); ...

AI Technical Summary

Problems solved by technology

[0003] At present, the existing solutions have complex structures, high manufacturing and operating costs (such as the authorized announcement: CN201138756Y, the patented solution); or there are devices that can only be used after parking and cannot be used during normal driving. Decrease (such as authorized announcement: CN 2900216Y, the patented solution, authorized announcement: CN 101624004A, the described patent solution); or only sun protection can not use related energy (such as authorized announcement: CN 2544995Y, the described patent solution); or use The relatively small sunlight area leads to low equipment investment cost and return (such as the authorized announcement: CN 2890749Y, the patented scheme); such as the authorized announcement: CN 2763118Y, the pullable or hidden solar panels cannot be used during the operation of the car, resulting in The weak point that the total amount of solar energy absorbed by the car is not high when it is static and dynamic

[0004] A common problem in the background technology is: compared with the area occupied by cars, the total area used for solar photovoltaic absorption is relatively small

And can not realize the day-to-day use of photovoltaic panels

That is to say, the purpose of obtaining the maximum photovoltaic power generation under the same photovoltaic installed power cannot be achieved

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