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The Magnetic Turbine Generator is a device that generates electricity for use with electrical devices. Industry has been using this technology for many decades as “point of load” electricity generators to counter the high prices and electrical network losses imposed by the Electricity Companies.
For example, consider an aluminium refinery that produces the aluminium metal from the chemical reduction of aluminium oxide. This chemical reduction reaction that is enhanced with catalysts still requires a lot of electrical power to remove the oxygen atoms from the aluminium atoms.
· Firstly, the aluminium refinery cannot rely on the expensive electricity prices supplied by the power companies.
· Secondly, the efficiency of the electricity distribution network significantly reduces when there is an electrical load consuming large amounts of power.
This is because the electricity company’s electrical needs to send the electricity through 100km of electrical distribution cables and transformers and their inherent electrical losses becomes the dominating factor. This is why the aluminium refinery generates its own electricity on-site.
The benefits of using a Magnetic Turbine Generator to generate electricity at the location of the electric load virtually eliminate the network distribution losses issues. There is also the major benefit of capitalizing on the ultra high efficiency inherent in a well designed Magnetic Turbine Generator.
The Magnetic Turbine Generator is comprised of two main parts,
· the first being a high efficiency Magnetic Motor to spin a rotor and
· the second section is the electric generator that is driven by the spinning rotor.
The Magnetic Motor is one of the most efficient motors in existence because the electricity that it consumes to operate can be recovered and re-used (recycled). It is not unusual to find different Magnetic Motors with different performance characteristics, but the key aspect to measure the performance of any turbine generator is the overall Work Conversion Efficiency.
In essence, the Work Conversion Efficiency for a Magnetic Turbine Generator is simply the amount of power produced at the generator output divided by the average power supplied to the Magnetic Drive Motor.
Some Magnetic Motors with energy recovery technology that were invented many decades prior have been awarded patents for producing larger amounts of output power compared to the input power.
A couple of examples of inventors that were awarded patents are Edwin Gray and Howard Johnson (HoJo). They developed Magnetic Motors and connected the motors to electrical generators that exhibited a work conversion efficiency greater than unity, meaning that more electrical power was generated compared to the electrical power consumed.
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Source: http://ezinearticles.com/?What-Is-a-Magnetic-Turbine-Generator?&id=6919677