Magnetic interaction system between rotors for production and storage of kinetic energy

A magnetic interaction system between rotors for the storage of kinetic energy (100), comprising

• a primary rotor (10) mechanically adapted to at least one platform (30) by means of a rotation axis (14), said primary rotor (10) comprising a first set of magnets;
• and
• at least three secondary rotors (20), mechanically adapted to the at least one platform (30) by means of rotation axes (26) independent and equidistant from the rotation axis (14) of the primary rotor (10);
• the primary rotor being activated by a mechanical system to induce motion in the at least three secondary rotors through magnetic interaction;
• wherein each of the at least three secondary rotors (20) comprises:
• a ring shape comprised of at least two overlapping ring-shaped platforms over the same rotation axis (26), the at least two overlapping ring-shaped platforms including a lower ring-shaped support platform (21) and an upper ring-shaped support platform (23) on which a second set of magnets are adapted to and which comprise a lower set of magnets (24) installed over an edge of the lower ring-shaped platform (21) and an upper set of magnets (25) installed over an edge of the upper ring-shaped support platform (23), the upper set of magnets (25) being separate from the lower set of magnets (24) by the upper ring-shaped support platform (23);
• and
• an intermediate ring-shaped platform (22) occupying clearances between the at least two overlapping ring-shaped platforms and the second set of magnets, wherein surfaces of the intermediate ring-shaped platform (22) and the lower set of magnets (24) facing the upper ring-shaped support platform (23) are in contact with the upper ring-shaped support platform (23).