Method for relocating the yaw bearing of a wind turbine comprising a tower , a nacelle comprising a nacelle frame , and a yaw bearing comprising at least a geared ring for providing a rotatable connection between the nacelle and the tower around a yaw axis , wherein the yaw bearing comprises: - the geared ring which in turn comprises a first ring connected to a geared crown , and - a second ring ; wherein one of the first ring or the second ring is connected to a nacelle frame whilst the other one of the first ring or the second ring is connected to the tower ; the method being characterized in that it comprises the steps of: a) disengaging the rotatable connection between the nacelle and the tower , b) lifting the nacelle from the tower by using lifting means, allowing the rotation of the geared ring with respect to the component to which the geared ring is connectable; c) rotating the geared ring which comprises the first ring connected to the geared crown around the yaw axis , with respect to the component to which the geared ring is connectable, until the geared ring reaches a predetermined position with respect to the component to which the geared ring is connectable, either to the nacelle or the tower . - the geared ring which in turn comprises a first ring connected to a geared crown , and - a second ring ; wherein one of the first ring or the second ring is connected to a nacelle frame whilst the other one of the first ring or the second ring is connected to the tower ; the method being characterized in that it comprises the steps of: a) disengaging the rotatable connection between the nacelle and the tower , b) lifting the nacelle from the tower by using lifting means, allowing the rotation of the geared ring with respect to the component to which the geared ring is connectable; c) rotating the geared ring which comprises the first ring connected to the geared crown around the yaw axis , with respect to the component to which the geared ring is connectable, until the geared ring reaches a predetermined position with respect to the component to which the geared ring is connectable, either to the nacelle or the tower . wherein one of the first ring or the second ring is connected to a nacelle frame whilst the other one of the first ring or the second ring is connected to the tower ; the method being characterized in that it comprises the steps of: a) disengaging the rotatable connection between the nacelle and the tower , b) lifting the nacelle from the tower by using lifting means, allowing the rotation of the geared ring with respect to the component to which the geared ring is connectable; c) rotating the geared ring which comprises the first ring connected to the geared crown around the yaw axis , with respect to the component to which the geared ring is connectable, until the geared ring reaches a predetermined position with respect to the component to which the geared ring is connectable, either to the nacelle or the tower . a) disengaging the rotatable connection between the nacelle and the tower , b) lifting the nacelle from the tower by using lifting means, allowing the rotation of the geared ring with respect to the component to which the geared ring is connectable; c) rotating the geared ring which comprises the first ring connected to the geared crown around the yaw axis , with respect to the component to which the geared ring is connectable, until the geared ring reaches a predetermined position with respect to the component to which the geared ring is connectable, either to the nacelle or the tower . <EOS>