Magnetic motor with an alternative rotor of permanet magnets

Motor magnético de rotor alternativo de imanes permanentes

As technology advances, the ways of generating movement advance. To these advances we must add that they are respectful with the environment, gradually eliminating fossil fuels and highly dangerous materials in their handling as much as possible. Currently, different magnetic motors are coexisting both in development and in the project, the configuration of which, rather than being advantageous, contributes a series of drawbacks which are solved with the motor recommended here.

Fundamentals of operation

When we relate two permanent magnets in a horizontal position (we imply the two poles of each magnet), the force we need to separate them being South-North and North-South poles together would be the same as that we would need to rotate one of them 180 degrees with the advantage of that when rotating those 180 degrees, their poles will be in a South-South, North-North position, which obviously produces the repulsion and separates them, when we continue rotating the magnets, we will no longer have to make any effort because they are separated and when completing the 360 ​​degrees ( now without effort) we find ourselves again in the South-North, North-South position causing attraction, but this time we have not needed any effort to achieve that force, therefore the balance of forces is positive. We have used that balance of positive forces that we have called the Magnetic Cycle to design a motor that takes advantage of the magnetism of the magnets to generate 100% clean energy.
Our Reciprocating Rotor Magnetic Motor has a very simple operation based on the laws of magnetism. By taking advantage of the attractive and repulsive forces generated between permanent magnets placed in a rotor and in a stator, they allow to rotate a crankshaft whose rotation can be used for the movement of any machine or vehicle which requires mechanical energy.

Magnetic motor composed of:

0. Engine block
  1. Rotor
  2. Rotor magnets
  3. Cylinders
  4. Connecting rods
  5. Crankshaft
  6. Stator
  7. Stator Magnets
  8. Shaft
  9. Transmission
  10. Belt
  11. Shaft
  12. Trunk Gear
  13. Carter
Esquema general motor

MAGNETIC CYCLE WITH POSITIVE OUTCOME

With the tests carried on, it has been found that the energy required in the spin of the magnets of the stator is much less than the one that the crankshaft can produce as the result of the attraction and repulsion of the rotor magnets, thus obtaining positive values in what we call “magnetic cycle with positive outcome”.

LIGHT

Made of non-metallic materials, except for the magnets, it avoids overloads and requires less effort in transport thus providing more power.

VERSATILE

A linear, circular or mixed arrangement allows a good adjustment to different spaces, thus preventing the conditioning of the design to the motor housing.

SAFE

It has holes and pipes that will balance the variable pressure generated by the movement of the magnets of the rotor, thus preventing overpressure.
Its driveshaft 11 can be attached to any transmission system that generates movement.;
  • Transport
  • Industry
  • Tools

Do you want to know what our patents and recognitions are?

Our project has several Spanish and European certifications and recognitions

Why bet on our Project

We give you 10 reasons to support the Permanent Magnet Reciprocating Rotor Magnetic Motor

WITH RECOGNITION IN SPAIN AND EUROPEAN PROCESSING

Future's energy

Zero consumption

OUR PROJECT WILL CONTRIBUTE TO MAKING A MORE SUSTAINABLE PLANET

HELPS STOP CLIMATE CHANGE

Zero CO2 emissions

ENGINE FOR THE ELECTRIC CARS OF THE FUTURE

MOTOR FOR CHARGING CURRENT ELECTRIC CAR BATTERIES

ENERGY SOURCE FOR INDUSTRY, HOME, ...

INNOVATION FOR THE ENVIRONMENT

Are you interested in our project?

We are looking for a ``strategic partner`` for its exploitation through the transfer of ``know-how`` and industrial property rights.
If you want to know more or be part of the project, contact us, we will be happy to move forward together.