Tesla's super compressor belongs to the field of propulsion machinery for liquids and gases or vapors. It is based on the theoretical foundations of Tesla's concept of pump and energy transfer from a mechanical system to a fluid. The energy from the propulsion machine is transferred to the working fluid by the adhesive and viscous forces between the disks and the working fluid. The compressor itself consists of a rotor, a stator and an air tank with tubes. The technical problem has been solved by blowing the air from the rotor nozzle (8) at high speed into the air intake (7) and sucking air from the chamber (9). The energy transfer is carried out in the mixing chamber (6) and lasts until the particles equalize the energy, whereby the mixture formed is completely homogenized. In the diffuser (5), this mixture is slowed down to achieve at the end of the diffuser in the collecting duct (4) the pressure required for the operation of the device. This mixed and cooled compressed air is delivered to consumers or the central compressed air tank.
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