Optimization of Green Energy Extraction: An Application of Cross-Flow Micro-Hydro Turbine

Optimization of Green Energy Extraction: An Application of Cross-Flow Micro-Hydro Turbine

This research attempts to optimize kinetic energy extraction from in-stream water for modelling a reliable and sustainable green energy source. Based on simulations and laboratory scale turbine testing, a prototype cross flow micro hydro turbine has been developed and tested. Test report indicates t...

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Bibliographic Details
Main Authors: Yassin, A., M. I., Shahidul, S. T., Syed Shazali, A. H., Ruduan, S. M. A., Liakbar, Al-Khalid, Othman, Hushairi, Zen, A., Baharun
Format: Article
Published: ENCON 2013 2013
Subjects:
Q Science (General)
Online Access:http://ir.unimas.my/id/eprint/8183/
Description
Summary:This research attempts to optimize kinetic energy extraction from in-stream water for modelling a reliable and sustainable green energy source. Based on simulations and laboratory scale turbine testing, a prototype cross flow micro hydro turbine has been developed and tested. Test report indicates that developed turbine started to extract energy at 0.3 m/s water velocity; and maximum energy extraction was attained at 2.5 m/s which contributed to produce 132 RPM turbine speed. Energy extraction efficiency of the newly developed turbine was 51.5% at water velocity of 2.5 m/s velocity drop 35% at blades surface. Study concludes that these findings would be greatly useful in future research for developing commercially feasible micro hydro turbine.

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