Using a New Modification on Wind Turbine Ventilator for Improving Indoor Air Quality

  • Louay Abdul salam Rasheed Dept, Electro-mechanical Eng. - University of Technology
Keywords: hybrid turbine ventilator, Savonius wind turbine, airflow ventilation, air change rate per hour.

Abstract

This paper describes a newly modified wind turbine ventilator that can achieve highly efficient ventilation. The new modification on the conventional wind turbine ventilator system may be achieved by adding a Savonius wind turbine above the conventional turbine to make it work more efficiently and help spinning faster. Three models of the Savonius wind turbine with 2, 3, and 4 blades' semicircular arcs are proposed to be placed above the conventional turbine of wind ventilator to build a hybrid ventilation turbine. A prototype of room model has been constructed and the hybrid turbine is placed on the head of the room roof. Performance's tests for the hybrid turbine with a different number of blades and different values of wind speeds have been conducted. The experimental test results show that the performance of the improved ventilation turbine with three blades is the best. It is found that the maximum rotation speed of the improved turbine is 107rpm, while the air flow rate is 0.0103m3/s and the air change rate per hour is 32.67hr-1, at a wind speed of 3m/s. The proposed design has been achieved an increase in the turbine rotational speed, increase of the extraction rate of the indoor air and the air-changes per hour, provided the requisite ventilation and improved the quality of the indoor air.

 

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Published
2018-02-01
How to Cite
Rasheed, L. (2018) “Using a New Modification on Wind Turbine Ventilator for Improving Indoor Air Quality”, Journal of Engineering, 24(2), pp. 1-15. Available at: http://joe.uobaghdad.edu.iq/index.php/main/article/view/521 (Accessed: 7August2020).