Multi-dimensional fluid power generating system

Abstract

The invention discloses a multi-dimensional fluid power generating system which comprises a support rack, a fluid conversion part and a rotation power generating part. The support rack is connected with the fluid conversion part through the rotation power generating part. The rotary power generating part mainly comprises a rotary box, and a speed increasing gear and a power generator disposed in the rotary box. The input shaft of the speed increasing gear extends out of the rotary box and is connected with the fluid conversion part/the support rack. The output shaft of the speed increasing gear is connected with the input shaft of the power generator. The rotary box is connected with the support rack/the fluid conversion part. The multi-dimensional fluid power generating system has the advantages that the system is simple in structure and layout and few in conversion links during power generation, and compaction of the overall structure of the power generating system is benefited; the fluid conversion part has no specific fluid absorption directions and can adapt to the natural flow direction and flow speed of fluids, and the fluid conversion part is low in construction or placing environments, reliable and stable.

Description

technical field [0001] The invention relates to a power generation system, in particular to a multidimensional fluid power generation system. Background technique [0002] Common technologies that utilize clean and renewable energy to generate electricity mainly include hydroelectric power generation and wind power generation. These power generation technologies use the kinetic energy of fluids (such as water energy and wind energy) in natural resources to realize mechanical energy, and then convert mechanical energy into electrical energy. [0003] At present, due to structural limitations, common fluid power generation devices can only absorb fluid kinetic energy in one direction in space. For example, a hydroelectric generator set can only absorb the downward impact energy of upstream water, and a wind turbine generator set can only absorb the wind energy of the airflow on the windward side of the blade, and cannot absorb the wind energy of the updraft. Based on the perf...

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Problems solved by technology

However, this requirement on the construction environment not only limits the popularization and application of fluid power generation devices; moreover, the level (or amount), flow direction, and concentration of fluids in natural resources are all determined by the natural environment, as well as It is not determined by human will for transfer, that is, the work of the fluid power generation device depends on the "face of the sky", so that the unstable natural resource fluid determines the instability of the work of the fluid power generation device, which is more important in wind turbines. This leads to problems such as poor stability, low efficiency, low utilization rate, and high cost in the existing fluid power generation technology.

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