What is Keppe Motor?

The Keppe Motor is a highly efficient motor that uses the principle of electromagnetic resonance to optimize its efficiency. It was developed by three researchers, Carlos Cesar Soós, Alexandre Frascari and Roberto Heitor Frascari, based on the discoveries of the scientist Norberto da Rocha Keppe, set forth in his book “The New Physics Derived From A Disinverted Metaphysics,” first published in France, 1996.

What is the importance of a Keppe Motor?

Our energy bills are increasing parallel to our ecological awareness that is leading us to use more efficient and renewable energies. Within a few years, only high performance motors will be marketed so as to comply with regulations and agreements that are already being implemented by governments in many countries. Furthermore, a new technical standard called the ISO 50,001 will soon be coming into effect, which will be specifically address energy efficiency. The Keppe Motor provides an answer to the demands of these new global standards.

There are obvious environmental and the economic advantages to using a motor that saves 70% of electricity. Low power electric motors are primarily used in household appliances, electric tools, water pumps, cooling compressors, etc and represent about 40% of all electric motors in use today. There are hundreds of millions of these motors worldwide and they express the people’s wealth because they are directly linked to the development of a country or region.

Conventional motors work with DC or AC (monophase and triphase) supply. DC motors are not cheap and require high maintenance, which makes their use difficult for most domestic applications. The other alternative is the monophase AC (127 / 220V) motors. The problem with these motors is that their technology is not able to ensure high efficiency for low powers like 750W and below. On the other hand, the triphase AC motors, despite of their high efficiency, cannot be used in the domestic grid, because it is not triphasic, i.e., not an industrial supply.

It is exactly here where the Keppe Motor comes to fill this very important consumption gap: the range of low power motors for domestic use. The Keppe Motor can deliver efficiencies of triphase motors being supplied with AC domestic voltages.

The immediate consequences of that are the enormous energy savings in nationwide (and worldwide) scale, which represents billions of KWs a year. It is worth to mention that this savings is directly linked to the environment protection because higher efficiency motors for domestic use can run on photovoltaic panels and create an entire new market of portable products which are not practical with today’s technology.

A number of projects using self-sustainable solar energy systems could be implemented by governments by using the Keppe Motor and provide greater comfort and dignity to needy populations throughout the world.

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