The invention provides a dual-motor and double-planet-row power coupling transmission scheme optimization method. By means of a multi-freedom-degree planet transmission component comprehensive analysis method, possible power coupling transmission schemes of basic component composition of double planet rows are analyzed and optimized, and the optimal power coupling drive scheme suitable for an electromechanical composite transmission system driven by motors on the two sides is achieved. On the basis of the composition theory of components forming the planet rows, all feasible power coupling transmission schemes can be found through a systematic and strict method; in the feasible power coupling transmission schemes, the unusable schemes can be phased out step by step according to the optimization principle, and the scheme with the optimal performance can be selected at the highest speed; the method can be conveniently and easily achieved through software by means of computer languages; and the method has the beneficial effects of being universal and extensible.
Dual-motor and double-planet-row power coupling transmission scheme optimization method
21.10.2015
Patent
Elektronische Ressource
Englisch
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