Numerical investigation of a planetary drive for wind mills

Baurzhan Tultayev, Algazy Zhauyt, Aksholpan Kopesbaeva, Alma Auezova, Гани Сергазин, Beibit Shingissov

2016

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DOI 10.21595/jve.2016.16072

Data confidence 70 medium

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Abstract

The paper presents the design of a planetary drive with 2 degrees of freedom and simulation of the proposed mechanism in ADAMS software. The mechanism can be used to smoothly change the reduction ratio depending to the applied load on the output shaft. At constant input of motor the proposed mechanism is able to provide variable output speed. The paper is aimed to study the capability of the mechanism to adapt the operation to variable loads. The design constraint has been selected to an application as a reducer of speed on a wind mill. The results of the simulation have been aimed to outline the output parameters of a planetary drive for wind mills.