The invention provides a super-power controllable efficient power generation device using gravity and buoyancy of tidal range. The super-power controllable efficient power generation device comprises a floating body mechanism, a power conversion transmission mechanism and a generator, wherein the floating body mechanism moves up and down under the action of tidal fluctuation and drives the generator to generate power after passing through the power conversion transmission mechanism and convert tidal energy, gravity energy and the buoyancy energy into electric energy. Aiming at the characteristic of reciprocating motion of tidal difference, the gravity and the buoyancy of the floating body mechanism are actively controlled to be combined with one-way rotation characteristics of ratchet wheels, so that power generation of the generator is realized; the gravity and the buoyancy of the floating body mechanism are actively increased to increase motive power needed by power generation, so that the power generator outputs more electric energy; The super-power controllable efficient power generation device is clean and environment-friendly, does not need to build a dam on the seaside, has small influence on the environment and has the advantages of simple structure, low later maintenance cost, high rate of return on investment, high economic benefit, wide development prospect, low requirement on tidal fluctuation amplitude, wider application range and applicability to most coastal areas.
本发明提供一种利用潮差重力浮力超级动力可控高效发电装置,包括浮体机构、动力转换传动机构、发电机,所述浮体机构受到潮汐涨落做上下运动,经过动力转换传动机构后带动发电机发电,将潮汐能量重力能量浮力能量转化为电能;针对潮汐差的往复运动的特点,通过主动控制浮体机构的重力和浮力结合棘轮的单向转动特性,从而实现发电机发电;通过主动增大浮体机构的重力和浮力,使发电所需要的原动力增大,从而使发电机发输出更多的电能;清洁环保无需在海边筑起堤坝,对环境影响较小,具有结构简单后期维护成本低,投资回报率高,经济效益高,发展前景广阔,对潮汐涨落幅度要求低,适用范围更广泛,在多数沿海地区均适用。
Super-power controllable efficient power generation device using gravity and buoyancy of tidal range
一种利用潮差重力浮力超级动力可控高效发电装置
2021-11-19
Patent
Elektronische Ressource
Chinesisch
Device Would Provide Controllable Buoyancy
NTRS | 1995
|Device Would Provide Controllable Buoyancy
Online Contents | 1995