High efficiency high output density electrical power generator

A method for generating electrical power whilst increasing both the power generation efficiency and the electrical power density, wherein comprising steps of:

• a. providing a plurality of disk surfaces;
• b. providing a plurality of arrays of magnets;
• c. coupling said arrays of magnets to each of said disk surfaces such that a matching magnetic pairs on two adjacent disk surfaces are obtained so as a plurality of magnetic fields between said matching magnetic pairs are created;
• d. positioning a plurality of generator coil arrays in-between each of said matching magnetic pairs;
• e. affixing a rotating shaft to said disk surfaces;
• f. rotating said rotating shaft such that said matching magnetic pairs are rotated;
• thereby generating electrical power in each of said generator coils by time varying magnetic flux whilst increasing both the power generation efficiency and the electrical power density.

An electrical power generator adapted to increase both the (i) power generation efficiency;

• and, (ii) electrical power density;
• wherein said electrical power generator comprising:
• a. a plurality of disk surfaces having a main longitudinal axis, each of which coupled to an array of offset magnets, arranged as matching magnetic pairs on two adjacent disk surfaces so as to create a plurality of magnetic fields between said matching magnetic pairs;
• said magnetic fields are titled at an angle A with respect to said main longitudinal axis;
• b. a plurality of stationary support structures each having an electromagnetic coil array located in-between each of said matching magnetic pairs, adapted to provide an axial magnetic field when voltage is applied on said electromagnetic coil;
• each of said electromagnetic coil array is titled at said angle A with respect to said main longitudinal axis;
• and
• c. a rotating shaft affixed to each of said disk surfaces, adapted to rotate each of said matching magnetic pairs around said generator coils such that a time varying magnetic flux is provided and electrical power is generated in each of said generator coils.