Estimated performance of an electrohydrodynamic power generator which utilizes a two-fluid ejector

Computer Science – Performance

Scientific paper

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Ejectors, Electric Generators, Electrohydrodynamics, Hydroelectric Power Stations, Thermodynamic Efficiency, Energy Dissipation, Liquid Hydrogen, Mercury (Metal), Optimization, Performance Tests

Scientific paper

The operation of an electrohydrodynamic (EHD) power operator with both a single and a two-fluid ejector is studied. The single fluid is water while the two-fluid is a mercury/hydrogen combination. A complete thermodynamic analysis including compressibility and various estimates of losses is presented. The results confirm the fact that the electrical breakdown limitation is severe even at higher pressures. Furthermore, the single fluid is incapable of operating with any reasonable efficiencies even if the breakdown limitation is alleviated. The two fluid combination shows some promise provided that the breakdown strength can be increased by a factor of about five at the operating pressures.

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