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Wind power system that converts energy by movement of a module pulled by a kite on a rail and method of producing electrical energy by the system

机译:通过风筝在轨道上牵拉的模块的运动来转换能量的风力发电系统以及通过该系统产生电能的方法

摘要

A wind power system (1) for converting energy is arranged adjacent to the ground and at least one kite (2) configured to be driven from the ground and into the airflow (W). And at least one module (5) configured to move on at least one rail (6; 7), wherein the module (5) is connected via a rope (4) to the kite (2 ) And the kite (2) pulls the module (5) on the rail (6; 7) and wind energy via at least one power generation system cooperating with the module (5) and the rail (6; 7). The rope (4) transmits mechanical energy from and to the kite (2), and is configured to be driven by the module (5) to perform the conversion of The power generation system is configured to control the flight trajectory of the kite (2) and the power generation system is configured to convert wind energy into electrical energy by movement of the module (5) relative to the rail (6; 7). The module (5) comprises at least one trolley (11) moving along the rails (6; 7), the trolley (11) being connected to the trolley (11). The body-shaped rotating body (42) is configured to move on the rail (6; 7), and the integrated rotating body (42) is attached to the magnetic rail (54) without directly contacting the magnetic rail (54). A plurality of magnetic sliding elements (46) slidable along are operatively connected. [Selection] Figure 1
机译:在地面附近布置有用于转换能量的风力系统(1),并且至少一个风筝(2)构造成从地面驱动并进入气流(W)。并且至少一个模块(5)构造成在至少一个轨道(6; 7)上移动,其中,模块(5)通过绳索(4)连接到风筝(2),并且风筝(2)拉动风筝(2)。组件(5)位于轨道(6; 7)上,并通过至少一个与组件(5)和轨道(6; 7)配合的发电系统产生风能。绳索(4)从风筝(2)传递机械能,并被构造成由模块(5)驱动以进行风能的转换。发电系统被构造成控制风筝(2)的飞行轨迹发电系统被配置为通过模块(5)相对于轨道(6; 7)的运动将风能转换为电能。模块(5)包括至少一个沿着轨道(6; 7)移动的手推车(11),手推车(11)连接到手推车(11)。体状旋转体(42)构成为在轨道(6; 7)上移动,一体旋转体(42)不直接接触磁性轨道(54)而安装在磁性轨道(54)上。沿其滑动的多个磁性滑动元件(46)可操作地连接。 [选择]图1

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