MILLENNIAL RESEARCH CORPORATION MILLENNIAL RESEARCH CORPORATION Magnetronic Motors Technology...

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MILLENNIAL RESEARCH CORPORATION MILLENNIAL RESEARCH CORPORATION Magnetronic Motors Technology Presentation

Transcript of MILLENNIAL RESEARCH CORPORATION MILLENNIAL RESEARCH CORPORATION Magnetronic Motors Technology...

MILLENNIAL RESEARCH

CORPORATION

MILLENNIAL RESEARCH CORPORATION

MILLENNIAL RESEARCH CORPORATION

Magnetronic Motors

Technology Presentation

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Conventional Motor TechnologyConventional Motor Technology

• Motors operate on alternating (push/pull) electromagnetic fields

• A magnet picks up fewer nails when iron is used as a transmission path

• The iron rotor in a conventional motor resists magnetic flux transmission

Magnets

Iron

0.5 lb force

10 lb forceConventional rotors use iron

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Magnetronic Motor TechnologyMagnetronic Motor TechnologyMagnetronic Coil Windings

The simple Magnetronic Coil (Normally encased in plastic)

• Magnetronic coil windings are less complex than conventional coil windings

• Simpler coils:– Easier to repair– Less likely to need repairs– Stronger magnetic fields– Lower cost

Conventional Coil Windings

Conventional windings are extremely complex

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Magnetronic Motor TechnologyMagnetronic Motor Technology

• The cool-running coils are encapsulated in plastic

• Heavy iron is not used to transmit the flux

• Each coil pushes against 4 magnets (2 per side)

• With 48 coils, the failure of a coil reduces power by only 1/48th of the total

The Magnetronic Motor

MagnetsCoils

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The Magnetronic MotorThe Magnetronic Motor

This Magnetronic Motor has 5 stator/rotor sections. The Magnetronic Motor design is very flexible and can be designed with any number of stator/rotor sections. Each section can be designed with as few or as many coils and magnets as are needed.

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34

5

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Higher Density Designs in ProcessHigher Density Designs in Process

1st Generation: 32 ft-lbs, 5.4” wide 3rd Generation: 105 ft-lbs, 3” wide

Current 2nd prototypes produce 68 ft-lbs, 3rd generation available soon

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Vehicle RetrofitVehicle RetrofitRetrofit Test VehicleRetrofit Test Vehicle

Batteries 86 Foot Pound Test Motor

Motor Control System

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Future DesignFuture Design

2 Automotive Hub Motors (16” Rim) 730 ft-lbs torque at wide range RPM25 horsepower at 1120 RPM (80 mph)64 horsepower at 2900 RPM

Cummins 5.9L Turbo Diesel610 ft-lbs torque at 1600 RPM325 horsepower at 2900 RPM

Vs.

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Magnetronic Motor AdvantagesMagnetronic Motor Advantages

• Cooler operation higher efficiency (heat = waste)

• Smaller with higher power to weight ratios

• Modular design = highly fault tolerant (Broken wires no longer mean weeks in the shop)

• Much lower starting power (conventional motors dim the lights in the room during startup)

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Magnetronic Motor ProductsMagnetronic Motor Products

• Magnetronic Motors

• Magnetronic Hub Motors

• Magnetronic Transmissions (Infinitely variable transmission motor)

• Magnetronic Generators

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Magnetronic Motor ApplicationsMagnetronic Motor Applications

There are many applications for Magnetronic Motors