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Conference paper

Assessing the Potential of Building-Integrated Wind Turbines in an Urban Eco-Village

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1Institute of Building Technology. School of the Built Environment. The University of Nottingham. University Park, Nottingham NG7 2RD, United Kingdom

2Institute of Building Technology. School of the Built Environment. The University of Nottingham

Published
30 August 2006
Pages
1-6
Received
30 August 2006
DOI
10.65582/set.2006.056
Access
Open access, © 2006 Copyright WSSET
Download PDF6 pages · 369 KB

Abstract

The undertaking of a sustainable community project is not a straight forward task and it requires collaboration of a multidisciplinary team to address different design aspects. This is especially true when the integration of some renewable energy systems into buildings have been more explored than others. This paper describes the design process of an Urban Eco-Village master plan at the University of Nottingham, U.K. Emphasis was given to the integration of small wind turbines in high rise buildings. A finite volume numerical method was used to assess the wind resource from various design configurations. Results were analysed against data obtained in wind tunnel simulations. A factorial design with two factors at three levels each showed the effect of orientation and building density on wind velocity.

Keywords. Wind turbines; CFD modelling; Wind tunnel simulation

© 2006 Copyright WSSET

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