Introduction
and Background
This
technology, known as Energy by Motion (EBM), is a uniquely configured
rotating machine using laminated steel and copper windings, similar in
ways to a large commercial motor or generator. The similarity ends, however,
when one measures the combined electrical and heat output while the unit
is rotated through the unique EBM magnetic field.
A previously unknown source of energy in a magnetic field with an unusual geometry, and which behaves unlike any other known field, allows existing EBM laboratory units to consistently produce excess energy.
How
does it work?
A small DC motor initially rotates the EBM drive unit until it achieves
operational speed. Its unique geometry allows excess shaft power to be
produced as the rotor is rotated through the magnetic field. The shaft
power is converted to electricity via a synchronous generator attached
to the shaft of the EBM unit. A small quantity of this electricity is
then fed back to the EBM unit as excitation current to continue the rotation.
The excess power produced can the used or sold for profit.
1. The fundamental experimental research and development (R&D) lasted over 19 years on two continents. From 1992, three working prototypes were tested on a continuous basis by the academy and by research staff. The results have been log booked and verified. The R&D was carried out under strict non-disclosure arrangements.
2. The R&D discovered a magnetic field with an unusual geometry, which behaves unlike any other known field. It emits extra quantities of energies which can be utilized in large scale generation of electric power, heat energy and shaft power.
3. The EBM technology uses state-of-the-art materials only and is non-nuclear, non-toxic, emits no noise or substances; it is 100% environment friendly.
4. During the past years, since 1992, most of the pertinent aspects for commercial exploitation have been worked out, including full blueprints and assembly drawings for 3,5,7 and 10 Megawatt EBM units. As well, economics and patent protection have been carefully covered. Additional research into the scientific aspects of the EBM technology is now being initiated by inviting the scientific community to participate.
5. The "all-in" fully operating and fully depreciated cost of EBM generated electric power is expected to be less then 2¢ US/KWh.
6. Considering the economic, technical and material aspects, the optimum present sizes of EBM individual units are between 3 and 500 Megawatts, extrapolated from the present prototypes.
7. The EBM units require large amounts of electro-steel and commercial iron. Moderate quantities of copper are also required. Manufacturers of large commercial generators can readily tool-up and begin manufacturing EBM technology.
Full due diligence and verification of the economic and functional capability of the EBM units are available upon request.
