POZNAN, POLAND: Lots of interest in the Keppe Motor at the UN Climate Change Conference in Poznan, Poland. A number of companies and NGOs as well as various governmental bodies are embarking on the research now to study the possibilities of applying the Keppe Motor to reduce energy consumption without needing to find new sources of energy or create new energy matrixes. The interest was mostly from English companies working with efficient use of energy. Let’s see what develops from here on in.

By the way, here are Keppe Motor representatives, Alexander Frascari and Persio Burkinski in Poznan.

Alex Frascari and Persio Burkinski

Alex Frascari and Persio Burkinski

MONTPELLIER, FRANCE: Now this was interesting. The Keppe Motor made its presence felt at ENERGAIA in Montpelier last week, too. Sponsored by CERNTEA (European Research Center for New Alternative Energy Technologies) the conference classified the Keppe Motor as a Revolutionary New Ecological Motor.

If you don’t know much about the city of Montpellier, it’s worth talking a bit about it. The city is in the beautiful Provence area of France and is situated at a traditional cultural and intellectual crossroads. There is no real industry in the city (the 8th largest in France) but there is a formidable intellectual and cultural ambience that makes it a perfect place to discuss the science behind the Keppe Motor. And that’s why the Motor made such a significant splash at the Keppe Motor Press Conference Dec. 11 at the Montpellier Press Club.

The Press Conference was conducted by Keppe Motor representatives, Persio Burkinski and Alexander Frascari, who has been deeply involved on the development team of this Motor. The event was attended by a number of scientists who were extremely interested in the superior energy consumption of the Keppe Motor compared to a traditional motor, and yet its ability to produce the same amount of mechanical energy. A scheduled 30-minute press conference turned into a 2-hour discussion with Frascari about the principles of the Keppe Motor.

Some considerations about Efficiency > 100%
An electric motor converts electrical energy (voltage times amperage) into mechanical energy (torque times rotation), and broadly speaking both are measured in watts. In this process of energy conversion, the motor loses part of its energy due to a number of factors, and that’s why efficiency is always less than 100% (the efficiency of a motor is the division of mechanical output power by active electrical input power).

The most efficient electric motors can convert up to 95% of electrical energy into mechanical energy. These are usually high power motors. Low power motors, like those used to drive fans and many domestic appliances, are not this energy efficient, usually achieving less than 80% efficiency. For example, if a motor with a rated power of 100W delivers 77W of mechanical power for its work range, this represents 77% efficiency. Generally, electric motors found on the market range from 75% to 95% efficiency, i.e., they convert from 75% to 95% of electrical energy into mechanical power for practical use. The losses come from many things, including the Joule effect, attrition, hysteresis, magnetic drag, loads applied to the line, mechanical defects, etc.

In our lab testing, we studied two fans (28 cm diameter), one driven by a Keppe Motor and the other by a conventional motor. We set both fans to run at the same speed, in this case, 1045 rpm. This ensured that the torque applied to the shafts of each motor was exactly the same; that is, they produced the same Mechanical Energy (ME).

After that we measured the consumption of the two fans, and found 6W for the Keppe Motor fan and 30W for the conventional fan. This was an 80% savings in energy for the Keppe Motor over the other to deliver the same torque.

Let’s graph it:


So how can we see this? Well, if the Keppe Motor is consuming 20% of the electrical energy of a conventional motor, but still producing the same mechanical energy, the extra energy to produce this must be coming from the Essential Energy or Scalar Energy field. That’s one of the essential points behind the Motor. To find out more, check out our new discussion forum on our Keppe Motor site.


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  1. magnet generators Says:

    Nice post. Good information. How do I sign up for your RSS feed? Appreciate any help, I’m kind of new to all of this Internet stuff…Thanks…

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