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    • 120. 发明申请
    • AERODYNAMIC WIND ENERGY CONVERSION DEVICE AND METHOD FOR CONTROLLING SUCH A DEVICE
    • 空气动力风能转换装置及其控制方法
    • WO2013164443A1
    • 2013-11-07
    • PCT/EP2013/059234
    • 2013-05-03
    • SKYSAILS GMBH
    • PAULIG, XaverSPECHT, Bernd
    • B63H9/06
    • F03D7/02B63H9/0685B63H2009/0692F05B2240/232
    • The invention relates to an aerodynamic wind energy conversion device (1) and a method for controlling such a device. The aerodynamic wind energy conversion device (1) comprises an aerodynamic wing (100); at least a first tractive line (310) and a second tractive line (320); wherein ends of the tractive lines (310, 320) are connected to line connection points located at the aerodynamic wing (100); at least a first and a second reefing point (510, 520) located across the aerodynamic wing (100) and is characterized in that the length of the second tractive line (320) is shorter than the length of the first tractive line (310); and wherein the first reefing point (510) is spaced from the first line connection point in a first reefing distance and the second reefing point (520) is spaced from the second line connection point in a second reefing distance, such that the second reefing distance is longer than the first reefing distance.
    • 本发明涉及一种空气动力学风能转换装置(1)和一种用于控制这种装置的方法。 空气动力学风能转换装置(1)包括空气动力学翼(100); 至少第一牵引线(310)和第二牵引线(320); 牵引线(310,320)的端部连接到位于空气动力学翼(100)处的线连接点; 至少一个穿过空气动力学翼(100)的第一和第二沉降点(510,520),其特征在于,第二牵引线(320)的长度比第一牵引线(310)的长度短, ; 并且其中所述第一收缩点(510)在第一缩回距​​离内与所述第一线路连接点间隔开,并且所述第二收缩点(520)在第二收缩距离中与所述第二线路连接点间隔开,使得所述第二收缩距离 比第一个反射距离长。