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Green energy generation system
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0 Geometries 0 Meshes 0 Simulation setups 0 ResultsAbout this project
The green energy generation system consists of the following components: An axial compressor compresses atmospheric air. The compressed air then flows into a Laval nozzle. Upon exiting the nozzle, the airflow passes through ionizers. After being ionized, the flow enters an electromagnetic accelerator. After exiting the accelerator, the flow passes through ionizers a second time and then enters a vortex accelerator at an angle of 15 degrees. Here, a rotating magnetic field transforms the flow into a vortex. Since the pressure inside the vortex is lower than the ambient pressure, a valve opens to draw in additional air. The vortex then flows into a vortex turbine, which is connected to a specialized generator. This generator is designed as follows: a stationary toroidal solenoid is mounted on the generator's front casing. A cylindrical solenoid, fixed to the rotor shaft, is placed inside the toroidal one. This configuration transforms the supply voltage with a 1:2 step-up ratio. The voltage from the inner solenoid powers the electromagnets located on the rotor. Permanent magnets are used as the cores for these electromagnets. Furthermore, to increase their current-carrying capacity, the stator windings are cooled by a refrigerant to a temperature of -51 degrees Celsius.
