Higher-electro-infusion systems for electrical power
This system changes the way internal Gasoline, Diesel, Turbine, and Combustion Engines ( 10 ) operating portable Alternators/Generators ( 30 ), or Stationary Power Stations ( 40 ) produce AC/DC, at any Hertz electrical input power to any Hertz Energy Conversion Unit/Variable Frequency Drive ECU/VFD ( 50 ). Where the output from the ECU/VFD to the Electric motor ( 80 ), using all the controlling systems, so the momentary power loss systems can go up to 100%, which is higher than normally used. From the ECU/VFD oversize capacitors ( 60 ) can go to 100% when used internally/externally or both. Starting at any Hertz, the voltage is decreased exactly 10.4165% less Hertz from the ECU/VFD, into the Motor ( 80 ), where it is then reduced 37.5%. The first reduction in any cycles is less allowing smaller internal combustion engines Alternators/Generators operating larger electric motors.
1. An on demand electrical system comprising:
an on demand ignition switch that starts a prime mover device, this prime mover device is operatively coupled to an AC voltage generator, thereby providing the mechanical energy necessary to produce electrical voltage power,
this voltage is subsequently supplied to a variable frequency drive (VFD),
this VFD can also be supplied with emergency power from a stationary electrical power supply,
this VFD has control circuitry that is comprised of a speed potentiometer and oversized capacitors,
this VFD further supplies electrical power to a three-phase induction motor, this motor is operatively coupled to a driving element thereby capable of supplying motive energy to a driving element.