面向eVTOL的城市空中交通基础设施特征分析

Analysis on Characteristics of Urban Air Traffic Infrastructure Oriented to eVTOL

摘要:

系统分析了面向电动垂直起降飞行器（electric vertical takeoff and landing， eVTOL）的城市空中交通及其配套基础设施的关键特征。首先梳理了多旋翼、复合翼与倾转旋翼3种主流eVTOL构型的技术特点与性能优劣，通过与传统低空交通工具的对比，凸显eVTOL在结构设计上的先进性与适用性。在此基础上，结合各类eVTOL的设计航程、速度及起飞重量等参数，明确了其在不同城市应用场景中的分布特征，如短途观光、城际通勤与应急救援等。进而通过与城市地面及空中交通方式的比较，揭示了eVTOL交通在巡航速度、运营成本及噪声控制等方面的显著优势。最后，重点探讨了与eVTOL运行相适应的城市基础设施特征，涵盖垂直起降场的类型划分、布局选址、功能区配置以及航路安全保障体系，以期为eVTOL融入未来城市立体交通网络提供理论参考与实践指导。

Abstract:

The key features of urban air traffic and its supporting infrastructures oriented to the electric vertical takeoff and landing (eVTOL) are systematically analyzed. Firstly, the technical characteristics and the performance advantages and disadvantages of the three mainstream eVTOL configurations, namely multi-rotor, compound rotor and tiltrotor, are sorted out. Compared with the traditional low-altitude transportation vehicles, the advanced nature and applicability of eVTOL in structural design are highlighted. On this basis, combined with the design range, speed and takeoff weight and other parameters of various eVTOL, its distribution characteristics in the application scenarios of the different cities are clarified, such as short sightseeing, intercity commuting and emergency rescue. Furthermore, by comparing with urban ground and air transportation methods, the significant advantages of eVTOL transportation in terms of cruise speed, operating costs and noise control are revealed. Finally, the focus is on discussing the characteristics of urban infrastructure that are compatible with the operation of eVTOL, which covers the type classification, layout and site selection, functional area configuration of vertical takeoff and landing fields, and the airway safety guarantee system, aiming to provide the theoretical references and practical guidance for the integration of eVTOL into the future urban three-dimensional transportation network.