Tapered magnetic thrust bearing within an electric generator with adjusting air gap controls

A magnetically balanced electric generator comprising:

• a rotor rotating under external force;
• a fixing structure having a fixing axis rotatably supporting the rotor;
• a rotating magnet body coupled with the fixing axis in such a manner as to be movable therealong, and engaged with the rotor so as to rotate together with the rotor;
• a power-generating block installed on the fixing structure while being vertically separated from a lower portion of the rotating magnet body;
• a first magnet mounted along the circumference of the rotating magnet body;
• a second magnet mounted along the circumference of the power-generating block and generating a repulsive force while repelling the first magnet, thereby magnetically separating the rotating magnet body from the power-generating block;
• a plurality of power-generating magnets mounted in the rotating magnet body and rotating about the fixing axis upon rotation of the rotating magnet body;
• a plurality of power-generating units mounted in the power-generating block such that they are positioned vertically downwards with respect to the power-generating magnet, and generating electricity because of interaction with the power-generating magnet upon rotation of the power-generating magnet;
• and
• a gap control unit moving the rotating magnet body with an interaction of an external force so as to control a gap between the rotating magnet body and the power-generating block and therefore a gap between the power-generating magnets and the power-generating core units, variably changing the amount of power generation.