An ultra-high-speed Tesla turbine kerosene generator

Abstract

An ultra-high-speed Tesla turbo pump type kerosene generator includes a high-speed generator, a Tesla turbo pump, a high-flow filter, a conduit assembly, and a drainage kerosene pipe joint. The ultra-high-speed Tesla turbo pump kerosene generator drains high-pressure high-speed kerosene from the rocket engine, and acts on the rotor blades of the Tesla turbo pump, converting the fluid shear force of the fluid acting on the blades into rotational mechanical energy for external output, driving power generation After being rectified by the rectifier unit, it provides power for the electrostatic servo system. After the used kerosene is filtered by a large-flow filter, it returns to the kerosene engine for secondary use, realizing the development and recycling of high-pressure liquid energy. Energy saving and environmental protection. The invention uses the viscosity of the fluid to convert the kinetic energy of the fluid into the mechanical energy of the turbine to realize the conversion to electric energy. However, while generating electricity, no additional energy consumption is required, and only the working medium of the rocket kerosene engine can be used to generate electricity.

Description

technical field [0001] The invention relates to an ultra-high-speed Tesla turbo-pump kerosene generator, in particular to a Tesla turbo-generator with high speed and large flow for the energy source of an electrostatic pressure servo system, which can reduce the shearing force of a high-speed fluid It is converted into the required mechanical energy of the rotating mechanism, and finally realizes the conversion into electrical energy. Background technique [0002] The Tesla turbo pump is a kind of application of fluid boundary layer effect, rather than the traditional way of using fluid to directly impact the turbine blades. The fluid is affected by viscous force and will form a thin boundary layer on the pipe wall or the edge of other objects. In the boundary layer, the flow velocity is zero at a fixed surface, and the velocity increases the farther away from the surface. Using this effect, the high-speed moving liquid can drive a set of discs to rotate. It is much more e...

AI Technical Summary

Problems solved by technology

For example, a gas turbine generator and control method in Patent No. CN109162811A, its structure adopts a compressor with a built-in supercharging structure and a fuel combustion chamber, and the gas generated will be accelerated through the nozzle device, thereby driving the Tesla turbine to rotate, and The energy medium is consumable and non-reusable, the structure is relatively complex, and there are many factors affecting reliability

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