We are a startup that after a long period of research has developed an innovative engineering project that allows us to take advantage of the energy losses generated by the movement of the vehicle and transform it into recharging energy for its batteries. Our generator takes advantage of the losses not only in deceleration, but also in acceleration and stable movement.

In transport, weight and space are determining factors of operational costs. Achieving regeneration with the movement of the vehicle itself and with traditional technology is not possible, as it would require a generator with a diameter of more than 3 metres and a weight of more than 1000 kg, which is unfeasible for its application as a source of energy in transport.

Our path to develop our project has been to research and develop the most innovative technologies to overcome the size and weight barrier of the regeneration equipment and to have a generator applicable to transport.

With the use of superconductors, we manage to exponentially reduce the size and weight of our equipment, to the point that the weight and size of our generator is less than that of the batteries it partially replaces.

Superconductors are perfect electrical conductors, they eliminate the Joule effect of transforming energy into heat and also, thanks to the Meissner-Ochsenfeld effect, they become perfectly diamagnetic conductors.

On the one hand, we facilitate long-distance journeys, especially in trucks and buses, by making them highly independent of recharging infrastructures and optimising their scheduled routes.

In addition, last mile vans can experience an increase in load capacity with the installation of our generator, since without reducing their autonomy they can reduce the weight of the battery pack, allowing additional kg of load.