22-02-2011, 04:01 PM
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Abstract
This paper is written to introduce one of therevolutionary apparatus in the world of freeenergy / overunity devices, namely MotionlessElectromagnetic Generator (MEG) [7].The majorobjective behind the invention of MEG is todesign a magnetic generator in which thegeneration of electricity is accomplished withoutmoving parts and moreover which eliminates aneed for an external power source during it’soperation. In other words it is the objective todesign a magnetic generator for which thecoefficient of performance (COP) is well overunity (COP>1), i.e. which gives more outputpower than we inputted. In this paper, how theseobjectives are achieved is explained with thehelp of first version of MEG.
1. Introduction
The electrical energy needs of the world areincreasing exponentially. At the same time, theworld’s oil supplies are peaking and will begradually decreasing, while becoming ever moreexpensive to obtain. The easily foreseeableresult is first a world energy crisis, now looming,followed by a world economic crisis as prices oftransportation, goods, etc. increases. MEG canresolve this crisis that is coming upon us. Notonly MEG but With all free energy systems andtechnologies, the increasing need for oil can beblunted and controlled, so that the economylevels off while at the same time additionalelectrical power is provided as needed. Some ofthe free energy technologies include Radiantenergy/ Cold Electricity, Permanent magnets,Mechanical heaters, Super-efficient electrolysis,Cold Fusion etc. These processes produce cleanelectrical power, do not require rivers, specialconditions for windmills and solar cells,hydrocarbon combustion, or nuclear fuel rodconsumption. They will provide clean (pollutionfree), cheap electrical energy anywhere, anytime,everywhere, and every time with no detrimentalimpact to the environment.
1.1. Goals of Every Free EnergyResearcher:
• Producing usable form of energy at afraction of its present cost, dependablyand reliably, and doing it easily andanywhere, to revolutionize the presentsystems with their wastes and pollution
.• To design power systems that willprovide a never-ending source forelectrical power and energy sodesperately needed by all the peoplesand nations of the earth.
1.2 Basic Terminology :
• Free Energy :- Excess energy freelyfurnished to a device from an externalsource of energy, so that all one needsto do to use the energy is to gate,collect, and distribute it to a load orloads, without utilizing it to close thegating mechanisms.
• Free Energy device :- A device thatreceives excess energy from an externalsource, gates it, and shuttles or shifts itto be distributed to one or more loads toperform work, without performing workto close the gating mechanism.
• Coefficient of performance (COP) :-Ratio of the work done in load(s)powered by the machine or circuit,divided by the work done on it by theoperator to operate it. Does not apply toa self powering (closed loop) machineor circuit
.• Efficiency :- Ratio of the work done inthe loads (or the energy output of aconverter), divided by the total energyinput to the device from all sources. Nosystem can have efficiency>1.0.
2. Permanent Magnets
Harnessing the invisible force calledMagnetism has already changed the world. It hasgiven us electricity, radio, television, computers,and thousands of other things. But it’s greatest giftto mankind is yet to be realized. Magnetism canprovide a source of inexhaustible, pollution-freeenergy. In the last 120 years, dozens of inventorshave reported success in harnessing magnetism toproduce excess mechanical energy, electricity, andheat. With permanent magnets getting stronger andcheaper, all the time more and more researchers areprobing the unknown properties of magnetism Thedevice under consideration, MEG, also, utilizes thepermanent magnets to produce cop>1.0. Let usstart our original discussion.
3. MEG
3.1 Principle of operation :
MEG operates in accordance with, very wellknown law in the electrical engineering literature,an extension of Faraday’s law, indicating that anelectrical current is induced within a conductorwithin a changing magnetic field, even if thesource of the magnetic field is stationary.
3.2 Construction and operation :
From the above, we can observe that thisdevice works on the principle of transformer ratherthan on the principle of generator. Not only in theprinciple but in construction also it resembles witha transformer. It consists of a permanent magnet,two magnetic paths external to the permanentmagnet, each of which extends between theopposite poles of the permanent magnet, switchingmeans for causing magnetic flux to flow alternately along each of the two magnetic paths, one ormore output coils in which current is induced toflow by means of change in magnetic fieldwithin the device. See figure.1, for basic setup ofMEG.Fig.1, shows an electromagnetic generatorincluding a permanent magnet, a magnetic core,first and second input coils, first and secondoutput coils, and a switching circuit. Thepermanent magnet has magnetic poles atopposite ends. The magnetic core includes a firstmagnetic path, around which the first input andoutput coils extend, and a second magnetic path,around which the second input and output coilsextend, between opposite ends of the permanent magnet. Theswitching circuit drives electrical currentalternately through the first and second inputcoils. The electrical current driven through thefirst input coil causes the first input coil toproduce a magnetic field opposing aconcentration of magnetic flux from thepermanent magnet within the first magnetic path.The electrical current driven through the secondinput coil causes the second input coil to producemagnetic flux opposing a concentration of3magnetic flux from the permanent magnet withinthe second magnetic path.The essential function of the magnetic portionof an electrical generator is simply to switchmagnetic fields in accordance with precise timing.In most conventional applications of magneticgenerators, the voltage is switched across coils,creating magnetic fields in the coils which are usedto override the fields of permanent magnets, so thata substantial amount of power must be furnished tothe generator to power the switching means,reducing the efficiency of the generator. In thepresent apparatus, the path of the magnetic fluxfrom a permanent magnet is switched in a mannernot requiring the overpowering of the magneticfields. Furthermore, a process of self –initiatediterative switching is used to switch the magneticflux from the permanent magnet between alternatemagnetic paths within the apparatus, with thepower to operate the iterative switching beingprovided through a control circuit consisting ofcomponents known to use low levels of power.With self switching, a need for an external powersource during the operation is eliminated, with aseparate power source, such as battery, being usedonly for a very short time during start-up of thegenerator