基于太阳能供电的无避让式停车装置的设计

Design of no avoidance parking device based on solar power supply

立体停车装置适用于各种常规停车场地的扩容,能有效提高空间利用率、能量利用率。本文设计了一种无避让式立体双层停车装置,能有效解决现在立体停车设备倒车入库、停车、取车时间长和效率低下等问题,且底层车位所停放的车辆不影响上层车位的使用,上层车位的使用无需下层车位所停车辆做出避让。除此之外,该停车装置还增加了太阳能供电机构,太阳能电池板为停车位的顶棚,可随太阳的移动而在一定角度范围内转动,最大效率将太阳能转化为电能储存在蓄电池中,可为停在车位上的电动汽车充电。

The parking device is suitable for the expansion of parking spaces, and can effectively improve theutilization of space and energy. This paper designs a kind of non-avoidance stereoscopic double-deck parking device,which can effectively solve the problems of the existing stereoscopic parking equipment＇s long time and ineffectiveparking. The vehicles parked in the bottom parking space do not affect the use of the upper parking space, and the useof the upper parking space does not need avoidance of lower parking vehicle. In addition, the parking device also addsa solar power supply mechanism, solar panels as the roof of the parking space, can rotate in a certain angle range withthe movement of the sun, the maximum efficiency of solar energy into electricity stored in the battery, which can beused for charging the parking electric vehicles.