海上高空风力发电机用于高空风力发电。 为此，飞机通过牵引电缆与浮动基站连接。 基站又通过连接线与海床上的歧管连接。 基站有一个发电机系统和一个带绞车的发电机。 绞车适用于展开拉绳并在展开拉动部件时通过其旋转来驱动发电机。 发电机又将绞盘的旋转运动转换成另一种形式的能量。 连接到牵引缆线的飞机被配置为处于第一操作模式以飞行封闭的飞行模式。 在飞行模式上升期间，飞机从发电机系统的风中放松拖缆。 在飞机下降过程中，解开的绳索被发电机系统卷起。 获得的能量是绞车滚动时释放的能量与绞车卷起时需要的较少能量之差。 在第二种操作模式中，飞机被设置为与牵引电缆断开，以便维修与基站在空间上分离的维护站。

An offshore wind turbine height is used to generate energy through high-altitude winds. By an aircraft via a traction cable with a buoyant base station is connected. The base station is in turn connected via a connecting line to a manifold on the seabed. The base station includes a generator system having a generator with a winch. The winch is arranged to roll up a traction cable and to drive by its rotation during rolling of the Zugsteils the generator. The generator, in turn, converts the rotary motion of the winch into another form of energy. The aircraft connected to the traction cable is arranged in a first operating mode to closed flight pattern to fly. During the climb of the flight pattern, the aircraft handles the pull cable from the winch of the generator system. During descent of the aircraft, the unwound cable from the generator system is rolled back. The energy gained is the difference from the required lower during rolling of the winch energy released, and in the reeling of the winch amount of energy. In a second operating mode, the aircraft is to set up by the traction cable uncoupled spatially separate from the base station service station to fly for maintenance purposes.