Smart parking garage

本研究将确定新型电动汽车自动泊车（EVAP）钢结构的风荷载。此外，该研究将为钢螺旋桩制定适当的设计指南，以支持EVAP，考虑重力（EVA和汽车的自重）和环境载荷（即风、雪和地震）。EVAP是世界上第一个综合停车系统，为伦敦“电动汽车飞地”（EVE）的居民提供全自动电动汽车接送和停车服务。这一概念将为自动驾驶汽车展示新颖的停车和充电基础设施，并解决在停车受限的城市环境中缺乏高密度电动汽车充电的问题。远程电动汽车塔EVAP将根据命令自动将社区共享电动汽车派遣到居民家门口，从而消除或减少社区内拥有汽车的需求。据估计，到2030年，EVAP每年将直接减少201亿吨二氧化碳当量的温室气体，这可以帮助加拿大实现减少绿色气体排放的目标。这项技术也将在美国使用，这将进一步增加其积极影响。

This study will determine the applied wind loading on the steel structure of the novel Electric VehicleAutomated Parking (EVAP). In addition, the study will develop proper design guidelines for steel helical piles to support EVAP considering gravitational (self weight of EVA and cars) and environmental loads (i.e. wind, snow and earthquake). EVAP is the world's first integrated parking system offering residents of the "Electric Vehicle Enclave" (EVE), London, ON, fully-automated EV pick-up and parking. This concept will demonstrate novel parking and charging infrastructure for autonomous vehicles and address the lack of high-density EV charging in parking-restricted urban environments. The remote electric vehicle tower, EVAP, will autonomously dispatch community-shared EVs to resident's doorsteps on command, thereby eliminating or reducing the need for car ownership within the community. EVAP will contribute to an estimated annual direct GHG reductions of 201 tCO2e by 2030, which can aid Canada in achieving its goal of reducing green gas emissions. This technology will also be used in the USA, which will further increase its positive impact.