Reversible suspension comprising at least one suspension point for a vibration damper of a wind turbine, suitable for the construction and/or disassembly of the tower, individual tower segments, and the nacelle/rotor unit or parts thereof, the attachment or removal of the vibration damper at or from the tower or tower segment or the nacelle/rotor unit taking place on the outside and no additional fastening means being required, the reversible suspension comprising at least one rigidly attached first holding element and at least one rigidly attached second holding element , (i) said first holding element and said second holding element forming a suspension point, and one of the two holding elements of a suspension point being attached on the tower side and the other on the damper side, and (ii) the at least first holding element being designed and equipped such that it or a portion thereof is insertable into a correspondingly dimensioned opening (2.10) of the at least second holding element , which opening is aligned with said first holding element, and is glidingly or slidingly countersunk up to a fixed bearing end point (2.5) at the other end of the opening (2.10) of the at least second holding element, so that the vibration damper is rigidly connected to the tower or tower segment at said bearing end point solely by its effective gravity both in the upright and in the horizontal position of the tower, tower segment or nacelle/rotor unit, and is releasable again from the tower, tower segment or the nacelle-rotor unit by being lifted and pulled out of the holder, characterized in that the opening (2.10) has a first gliding or sliding surface (2.4) at its open end opposite the bearing end point (2.5), which gliding or sliding surface has an angle of inclination relative to a surface of the part of the turbine on which the second holding element is fastened of which the value is selected such that an independent gliding or sliding of the first holding element on said gliding/sliding surface (2.4) of the second holding element is ensured. (i) said first holding element and said second holding element forming a suspension point, and one of the two holding elements of a suspension point being attached on the tower side and the other on the damper side, and (ii) the at least first holding element being designed and equipped such that it or a portion thereof is insertable into a correspondingly dimensioned opening (2.10) of the at least second holding element , which opening is aligned with said first holding element, and is glidingly or slidingly countersunk up to a fixed bearing end point (2.5) at the other end of the opening (2.10) of the at least second holding element, so that the vibration damper is rigidly connected to the tower or tower segment at said bearing end point solely by its effective gravity both in the upright and in the horizontal position of the tower, tower segment or nacelle/rotor unit, and is releasable again from the tower, tower segment or the nacelle-rotor unit by being lifted and pulled out of the holder, characterized in that the opening (2.10) has a first gliding or sliding surface (2.4) at its open end opposite the bearing end point (2.5), which gliding or sliding surface has an angle of inclination relative to a surface of the part of the turbine on which the second holding element is fastened of which the value is selected such that an independent gliding or sliding of the first holding element on said gliding/sliding surface (2.4) of the second holding element is ensured. <EOS>