Grant: Alliance Grants

In collaboration with HMA Reno, this project focuses on enhancing urban renewable energy capabilities through the optimization of Vertical Axis Wind Turbines (VAWTs) for diverse architectural settings. The goal is to integrate VAWTs effectively across various urban roof types, such as Gable, Flat, and Skillion & Lean-to, to address the unique challenges of wind energy capture in densely populated areas. Unlike conventional wind turbines, VAWTs are ideal for urban environments due to their ability to operate efficiently in turbulent, directionally varied winds and at lower heights. The project will employ advanced simulation tools and wind tunnel testing to refine the aerodynamic performance of VAWTs, ensuring they are both efficient and architecturally versatile. By developing a comprehensive aerodynamic database and employing computational fluid dynamics (CFD), wind behavior across different urban roof configurations will be analyzed to optimize turbine placement and design. The intended outcome is to produce robust, adaptable VAWT designs that can be seamlessly integrated into the urban landscape, enhancing energy efficiency and sustainability. HMA Reno brings its expertise in sustainable construction and architectural design to ensure that the turbine installations are not only energy-efficient but also aesthetically fitting and structurally sound for various building types. This collaborative effort aims to push the boundaries of current renewable energy technology, making significant contributions to urban sustainability efforts, reducing energy costs, and lowering carbon emissions in Ontario and Canada.