This project will install six advanced micro-wind turbines on a small commercial building to evaluate the feasibility of building-integrated wind energy in Alberta. By analyzing real-world performance data, the study will provide critical insights into efficiency, reliability, and economic viability. The collected data will be used to develop an economic model and a system sizing tool, supporting future adoption and optimization of micro wind power solutions.
Doit Technical Service Ltd., University of Alberta
Edmonton
BM Homes Ltd
2440188 Alberta Ltd.

This project will install six advanced micro-wind turbines on a small commercial building to evaluate the feasibility of building-integrated wind energy in Alberta. By analyzing real-world performance data, the study will provide critical insights into efficiency, reliability, and economic viability. The collected data will be used to develop an economic model and a system sizing tool, supporting future adoption and optimization of micro wind power solutions.

“Alberta’s renewable micro-generation landscape has largely been dominated by solar PV, which is seasonal and generates only during the daytime. Leveraging advanced wind power technology, this project will assess the performance of both horizontal and vertical axis micro-turbines in urban settings. Using a data-driven approach, the project aims to lay the groundwork for integrating wind energy as a viable alternative renewable energy source for buildings.”

– Zhimin Yin (BM Homes Ltd.)