Motionless Electromagnetic Meg New

8/4/2019 Motionless Electromagnetic Meg New

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MOTIONLESS ELECTROMAGMETIC

GENERATOR (MEG)

y DEEPAKKUMAR

y 3rd YEAR , EN

y 0801821003

BBIET & RCBBIET & RC 11


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INTRODUCTIONy generator without anymoving parts

y steadyinput power is required

y magnetic field of permanent magnet is switched withprecise timing

y power is produced without anexternal application ofinput power



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Invented byThomas E. BeardenInvented byThomas E. Beardenin March 2000in March 2000


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Construction


Input coilInput coil

Output coilOutput coilPermanentPermanent

magnetmagnet

CoreCore


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ConstructionConstruction

CoreCore

Input coilInput coil

Output coilOutput coil

PermanentPermanentmagnetmagnet

55BBIET & RCBBIET & RC


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CORE High magnetic inductance

High permeability

Low loss Small volume

Light weight

Good frequency

performance

High temperature stability



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WorkingWorking

magnetic field of permanent magnet ismagnetic field of permanent magnet is

uniformlydistributed in the coreuniformlydistributed in the coreInput coils are alternatelypulsedInput coils are alternatelypulsed

Flux distribution ofeach side of core isFlux distribution ofeach side of core isalteredaltered

Voltage is induced in output coilsVoltage is induced in output coils



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no power is given to input coilsno power is given to input coils

Flux is equally distributed on bothFlux is equally distributed on bothlegslegs



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Left input coil is turned onLeft input coil is turned on

Flux migrates to right legFlux migrates to right leg


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Left input coil is switchedLeft input coil is switchedoffoff

Right input coil is turnedRight input coil is turned

onon


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Schematic diagramSchematic diagram



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TheoryTheoryAharonovAharonov--BohmBohm effect curl and curleffect curl and curl--freefree

components of magnetic vector potential (A) iscomponents of magnetic vector potential (A) is

separatedseparatedAs input coils are alternatelypulsed, A varies andAs input coils are alternatelypulsed, A varies and

produces electric field (E) directed towards theproduces electric field (E) directed towards thecorecore

Coils act as antenna and receives ECoils act as antenna and receives E--field energyfield energyand reand re--radiates and results in a dense Eradiates and results in a dense E--fieldfield



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More EMore E--field energyis coming back to MEG fromfield energyis coming back to MEG fromoutsideoutside

MEG have two energyinputMEG have two energyinput

-- energyinputted byoperatorenergyinputted byoperator-- lots of freeenergyfrom outsidelots of freeenergyfrom outside

Its COP > 1Its COP > 1

Efficiency< 100%Efficiency< 100%


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ADVANTAGESADVANTAGESLow maintenanceLow maintenance

Pollution freePollution free

Low running costLow running cost

Moreefficient than conventionalgeneratorsMoreefficient than conventionalgenerators

Compact size & free from noiseCompact size & free from noise



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DISADVANTAGESDISADVANTAGES

Fabrication of core is difficultFabrication of core is difficult

High installation costHigh installation cost

APPLICATIONAPPLICATION

All conventionalgenerators can be replacedAll conventionalgenerators can be replaced



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ConclusionConclusionElectromagnetic generator operating should beElectromagnetic generator operating should beconsidered not as a perpetual motion machine, butconsidered not as a perpetual motion machine, but

rather as a system in which flux radiated from arather as a system in which flux radiated from apermanent magnet is converted into electricity, whichpermanent magnet is converted into electricity, whichis used both to power the apparatus and to power anis used both to power the apparatus and to power anexternalload.externalload.



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ReferencesReferences



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Motionless Electromagnetic Meg New

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