Abstract

The article is devoted to a description of a mathematical model of a tethered high-altitude unmanned platform in which the power of propulsion systems and payload is supplied from a ground-based energy source via cable. The magnitudes and directions of the forces acting on the unmanned vehicle by the cable are determined from the derived system of differential equations which allows calculating the required power transmitted from the ground to the platform, depending on the lift height and the wind load.

中文翻译：

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系泊无人平台在风荷载作用下的数学模型

摘要

本文专门介绍了系留式高空无人驾驶平台的数学模型，其中推进系统的功率和有效载荷是通过电缆从地面能源提供的。电缆作用在无人驾驶车辆上的力的大小和方向是从微分方程式的派生系统中确定的，该系统可以根据举升高度和风荷载计算从地面传输到平台的所需功率。