Magnetic to electrical energy conversion system,free film screenings cardiff,disaster management and earthquake preparedness list,national geographic canada subscription offer - Test Out

Basic explanation on the principle of the magnetic energy generator and how it works to create perpetual motion to produce electricity.
We’ve all heard about gas energy generators, electric- powered energy generators, and solar energy generators.
Before we get to that, it would help to understand how the concept of magnetic energy gained currency.
Through hard work and brilliant research, Tesla came up with the concept of the Nicola Tesla Energy Generator. As its name reveals, a magnetic energy generator is based on the principle of using electromagnetic forces to produce electricity. The earth is constantly bombarded by electromagnetic energy from the sun and other orbiting and stable bodies in the skies. The actual principles of creating electricity using a magnetic energy generator are remarkably similar to any other form of energy creation – wind, diesel, water and solar. Well, the magnetic energy generator is the answer to both those needs – relatively free and clean electricity! On a diesel-electric locomotive, a diesel engine provides power to an electric traction motor that turns the unit's wheels.
Electrical transformers are commonly used to reduce electricity flow to devices such as laptops.
Atoms consist of a nucleus containing positively charged protons, with negatively charged electrons orbiting around it. Electricity is useful both in itself and as a means of transferring energy over long distances. When a conducting material, such as a copper wire, is moved in a magnetic field, a current is generated.
The volt is the unit of electromotive force, or the amount of energy that is transferred per unit of charge, or coulomb.
Most electricity is generated by devices that convert rotational motion into electrical energy, using the same principle as an electric motor, but in reverse. The electricity generated at power plants is generally in the form of alternating current (AC). Compiled by Zach RoyerUpdated June 20, 2012 - See End of ArticleIt is safe to say that there isn’t and will never be an energy crisis, under the premise of new or free energy.
It is so important to protect the car from electricity on the road and your method of saving it is so interesting and useful.
Only those Model T Fords from 1919 through 1927 that were built with the optional, extra cost, electric starting system, came from the factory with a storage battery - which was ONLY 6 volts. Lightning is one good example of electrical energy in nature, so powerful that it is not confined to a wire. Andrea Rossi has admitted that his ecat low energy nuclear reaction (LENR) technology only works with AC or alternating current. The inventor noted that the ecat can work either with the 50 Hz European power grid or the 60 Hz US power grid. That also means an e-cat would not work off of current from a generator, a battery, a home solar power system or a wind turbine without the use of a power inverter.
For these reasons the integration of the Seebeck Effect with the so called Rossi Effect does not work: so far the efficiency of the Seebeck Effect is too low ( max 5%, more likely 3%, minus the loss to convert DC into AC). But when we talk about a magnetic energy generator, most people squint their eyes and ask: What is it?
The beauty of this technology, which has been around since the late 19th and early 20th centuries, is its relatively cheap and cost-effective power generation capacity.
This source of energy is emitted in large quantities by the sun, stars and other heavenly bodies, and circulates freely in our world. Even when we can’t see those bodies, such as the sun at night, they are visible somewhere around the world, showering that energy down onto us. A power source, be it wind, diesel, water or sun, causes a generator to move a turbine, which in turn produces electricity.
If two electrically charged objects are brought close to one another, they will experience a force.

Protons normally stay put in the nucleus, but electrons can move from atom to atom, allowing them to flow through materials, such as metals, that conduct electricity.
It is essential to various industrial processes, telecommunications and the Internet, computers, televisions and many other devices in common use.
Early arc lights depended on an electrical discharge across a small gap to heat the air to the point where it glows — the same principle as lightning. Conversely, a current flowing through a wire will, if it experiences a magnetic field, produce movement. One volt is equivalent to one joule of energy being transferred for each coulomb of charge. For this reason, generating plants use devices called transformers to increase the voltage for transmission. In these atoms, there are some even small stuff called electrons that are constantly moving.
In a recent post on his blog Rossi also admitted that the gas operated ecats are still in the developmental stage. Alternating current is the stand electric current delivered by the electric power grids in the United States and Europe. It sounds as if the e-cat is designed run off the regular power grid which would be good news if it works. A power invertor is a device that converts DC current to AC current.  That means it could be harder to use an ecat in an area off the grid or use one as a backup to the grid.
They wanted Tesla to develop an alternative method of generating electricity to what Edison was using.
With the help of the right components assembled together, a generator can be built that taps this energy to power homes and communities with relatively free electricity. Unfortunately, until recently there was no known technology to harness that magnetic energy and put it to good use.
The only major difference is, in the case of magnetic energy, the power source that turns the turbine is the earth’s freely available electromagnetic field. Electricity manifests itself in natural phenomena such as lightning and is essential to life at a fundamental level. If the charges are the same — both positive or both negative — the force will act to push the objects away from one another.
A place with an excess of electrons over protons will have a negative charge; a place with a deficit will have a positive charge. It can also be converted into other forms of energy for use in a variety of other applications.
Later, the filament light bulb was introduced: this relies on the current causing a thin, coiled wire to glow white-hot. It is, however, usually more convenient to think of electricity in terms of power, which is energy divided by time, or the rate at which it flows. It can be regarded as a quantity of electrons — 1.6 x 1019 — since all electrons have the same, very small, charge. Power, in watts, is equivalent to volts multiplied by amps, so a five amp current at 100 volts would be equivalent to 500 watts.
Commonly, heat, often generated by the burning of fossil fuels, is used to produce steam that powers a turbine to provide the rotational motion.
This does not increase the energy or power: when the voltage is raised, the current is reduced and vice versa. They always generate a direct current, and therefore have a negative and a positive terminal. Alternative energy sources such as these are heavily dependent on weather and climatic conditions. Magnets and magnetic forces induce perpetual motion to turn the turbine and create an indefinite supply of electricity.
The ability of humans to generate, transmit and store electricity is crucial to modern industry, technology and, in most countries, domestic life. Since opposite charges attract one another, electrons will flow from a negatively charged area to a positively charged one if allowed to do so, creating an electric current.

For this reason, copper wires and cables are commonly used to transmit electricity: when heat is produced, energy is lost, so a good conductor minimizes energy loss. Modern, energy-saving light bulbs pass a high voltage current through a thin gas, causing it to emit ultraviolet light, which strikes a fluorescent coating to produce visible light. These devices consist of an arrangement of magnets and coils of copper wire such that when a current flows through the wire, a turning motion is produced.
This gives the possibly more familiar unit of the watt, named after the scientist James Watt. The ampere, usually abbreviated to “amp”, is the unit of electric current, or the number of electrons that flow in a given amount of time.
Some industrial processes, however, require direct current (DC), which flows in one direction only.
Long distance transmission of electricity takes place at many thousands of volts; however, it cannot be used in homes at these voltages. We generate electrical energy whey we succeed in causing these electrons to move from one atom to the other, with the use of magnetic forces.
This repulsion or attraction is known as the electromagnetic force, and it can be harnessed to create a flow of electrical energy. Materials that conduct electricity less well produce more heat, so they tend to be used in electric heaters, cookers and ovens, for example.
Electric motors are widely used in industry and in the home, for example in washing machines and DVD players. For example, the manufacture of certain chemicals uses electrolysis: the splitting of compounds into elements or simpler compounds using electricity. Local transformers reduce the voltage to around 110 volts in the USA, and 220-240 volts in Europe, for domestic supplies. This requires direct current, so these industries will either require AC to DC conversion or will have their own DC supply. Our Sun emits electromagnetic energy and that energy showers down on us throughout the whole 24 hours, and if a energy receiving device (an antenna) can easily be built to harness and use this power it will not require devices for storing energy as would be necessary with devices using wind, tide or sunlight.
Electric motor vehicles have no radiators, no toxic radiator fluid, no coolant pump, no coolant lines and no radiator hoses.
You can run an electric vehicle indoors for hours or days and not kill (by CO asphyxiation) anyone. At a local radio supply shop he bought 12 vacuum tubes, some wires and assorted resistors, and assembled them in a circuit box 24 inches long, 12 inches wide and 6 inches high, with a pair of 3-inch rods sticking out. With the availability of affordable silicon diode rectifiers, alternators were used instead. This configuration gives a much higher current gain than each transistor taken separately.
It is able to provide levels of gain that are not possible using single transistors on their own. Therefore, transistors and semiconductor devices replaced the vacuum tube to amplify a weak signal. This allows the tubes to conduct on alternate cycles (Alternating current or AC) of the input waveform. Thomas Henry even empty space itself not only contains prodigious quantities of energy, but in fact was prodigious quantities of energy. Thomas Henry Moray stated 80 years ago and tried to educate the World that we are surrounded by a sea of energy.
Thank you for the comments.We do not claim to be Tesla experts, nor do we claim the information in this article is entirely true or fact.

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