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Reduces blade shaft deflection with improved mount design to increase vertical hybrid wind turbine performance using video analysis and motion tools software
Erwin Erwin, Tresna P Soemardi, Nur Ikhsan MY, Kurnia Nugraha
1 Mechanical Engineering, Universitas Sultan Ageng Tirtayasa, Cilegon, Indonesia.
2. Universitas Indonesia
Abstract
In a vertical hybrid turbine with a shaft bearing holder on one side, it has a shaft deflection problem that interferes with turbine performance. This study aims to improve the design of the turbine holder. The methodology used in this study is to analyze the deflection behavior of the turbine when rotating. Next in the turbine design review, and the result is to increase the distance of the shaft holder bearings and increase the bearing diameter in the triangular frame. Deflection testing with the help of a tracker software thats able to measure deflection distance in one field when the shaft rotates. The results of the deflection comparison before and after the design improvement show a significant deflection reduction.
Keywords: deflection, vertical wind turbine, tracker
Topic: Mechanical Engineering
Link: https://ifory.id/abstract/beFQtuKTWMxk
Conference: Broad Exposure on Science and Technology (BEST 2019)
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