Darrieus type vertical axis wind turbine (VAWT) design - Chabane, Foued;BARKAT, Mohamed Aymene
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The main purpose of this work is to enhance the performance of VAWT which includes efficiency and range of operation. An experimental study for different blade shapes was carried out. It has been investigated to obtain different values of TSR(?), power coefficient(Cp), and turbine speed ratio(Vt) using measurement instruments and mathematical formulations. Furthermore, seven rotors' performance has been compared and identified between their results to validate the best model. Power coefficient (Cp) obtained as a function of the turbine speed in order to determine the best sectional airfoil…mehr

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Produktbeschreibung
The main purpose of this work is to enhance the performance of VAWT which includes efficiency and range of operation. An experimental study for different blade shapes was carried out. It has been investigated to obtain different values of TSR(?), power coefficient(Cp), and turbine speed ratio(Vt) using measurement instruments and mathematical formulations. Furthermore, seven rotors' performance has been compared and identified between their results to validate the best model. Power coefficient (Cp) obtained as a function of the turbine speed in order to determine the best sectional airfoil that can be used in the Darrius turbine. It is hoped that in the future this type of turbine are economically viable and competitive opposite to other types of energy transformation, because of its easy maintenance and installation.
Autorenporträt
F. Chabane wurde am 28. Februar 1980 in Biskra, Algerien, geboren. Er erwarb einen BSc. in Ingenieurwissenschaften, MSc. und promoviert. im Maschinenbau. Alle kamen 2004, 2009 und 2015 von der Universität Biskra, Algerien. Seine Forschungsinteressen beziehen sich auf erneuerbare Energien; Solare Trocknung, Biomasse, Windkraftanlagen und Solarkollektoren.