Abstract: A method of initiating sequential pulse firing of a motor to reduce energy consumption in machines that have both rotational and linear kinetic energy stored in them by pulsing the motor at variable frequency without reducing total kinetic energy in the machine below a predetermined level.

Abstract: A powered binary masses flywheel assembly device that will extract gravitational energy and store it together with the energy inputted externally into the flywheel in the form of rotational kinetic energy while rotating in the substantially vertically plane. The device can be used as part of a drive motor assembly to power machinery or as an electrical generator assembly. The binary masses arrangement in the flywheel enables the system to rotate at ever higher rpm using less power input per revolution the higher the rpm. This phenomenon starts to take place when the kinetic energy being stored in the rotating flywheel disc is exceeded by the kinetic energy stored in the binary masses attached to the flywheel disc which form the flywheel assembly.