Abstract: Systems and methods for generating mechanical and/or electrical energy are presented. A system generates mechanical energy by using direct current to cause a plurality of rotors to rotate within and/or around a plurality of stators and generate electrical energy by using the rotation of the rotors within and/or around the stators to generate an electromagnetic field. Sensors provide information about the rotors and the stators to a control system which sends commands to alter various properties and conditions for the rotors and stators.

Abstract: Systems and methods for generating mechanical and/or electrical energy are presented. A system generates mechanical energy by using direct current to cause at least one rotor to rotate within and/or around at least one stator and/or generates electrical energy by using the rotation of at least one rotor within and/or around at least one stator to generate an electromagnetic field. The at least one rotor includes a plurality of magnets oriented in an array perpendicular to the at least one rotor's axis of rotation. The at least one stator comprises a plurality of magnets oriented in a rectangular array around the at least one rotor. The magnets may be permanent magnets and/or electromagnets.

Abstract: Systems and methods for generating mechanical and/or electrical energy are presented. A system generates mechanical energy by using direct current to cause at least one rotor to rotate within and/or around at least one stator and/or generates electrical energy by using the rotation of at least one rotor within and/or around at least one stator to generate an electromagnetic field. The at least one rotor comprises a plurality of magnets oriented in an array perpendicular to the at least one rotor's axis of rotation. The at least one stator comprises a plurality of magnets oriented in a rectangular array around the at least one rotor. The magnets may be permanent magnets and/or electromagnets.