Magnetic levitation

The wind farms today, despite having considerable advantages as generators of "clean" energy, have a fundamental problem: they produce very little power. We need huge tracts of land planted with them to produce a reasonable power. A typical wind turbine provides a power of about 120 kW, which (considering homes of little use, about 5 kW) can supply only if the wind uses, about 25 houses. The largest wind farm there (the German Enercon 112) produces up to 6 MW.

Levitated wind turbine in the park with 4 towers of Madrid

The other problem with wind turbines is their low efficiency, which can capture a small fraction of the kinetic energy of wind and lose a considerable amount due to friction, no matter how good the turbines are.

At the end of usual case in the production of electricity, it has to build as many inefficient small wind turbines, the cost on per kW • h is so high, and there is no comparison with fossil fuels. Therefore, of course, the important economic factors to consider (and indeed most governments subsidize this type of mill), but the economy is undoubtedly an obstacle to the development of this technology.

AMT Group is working at the level of patents and intellectual protection of a super-wind that tries to solve two major problems (Magnetic Levitation Wind Turbine) is capable of producing 1 GW of power, e.g. 160 times more than the most powerful of today and more than 8000 times that of a typical wind turbine.