System for optimizing an internal combustion engine

A system for modifying an internal combustion engine fueled by fossil fuel, to reduce fuel consumption, said system comprising:

• an internal combustion engine comprising an engine block containing pistons that slide inside corresponding cylinders, the pistons being adapted to move a drive shaft;
• at least one magnet, installed on a head of each piston, having a fixed polarity;
• at least one electromagnet, installed above each piston to be moved, adapted to invert the polarity thereof, attracting and repelling the magnet installed on its corresponding piston;
• said magnet being adapted to move its corresponding piston due to inversion of polarity of said electromagnet installed above it;
• at least one electric circuit, adapted to adjust an intensity of a magnetic field by changing voltage, by increasing attraction and thrust force due to polarization of the electromagnet;
• at least one CPU, adapted to invert the polarity of the electromagnet by using an H bridge, the H bridge being adapted to invert the current flow which supplies the electromagnet;
• at least one accumulator with voltage values of at least 12V and electric charge of at least 3 Ah, adapted to supply the electromagnet by the electric circuit;
• at least one container, located above each piston, adapted to contain the electromagnet which moves the corresponding piston;
• at least one system for cooling the electromagnet adapted to improve performance thereof, and reduce electricity consumption due to overheating of the system;
• at least one magnetic insulating coating, applied around the walls of the internal combustion engine, adapted to protect the electromagnets and the magnets from interference and to protect a passenger compartment of a vehicle in which said system is mounted from magnetic interference;
• said cooling system comprising a fan installed above each said at least one container.