<aside> 🦾 Commissioned by a Canadian energy firm, our team was focused on developing an innovative wind turbine for installation on Wolff Island. The challenge was to design a wind turbine blade that was both durable and lightweight, ensuring optimal energy generation for Wolfe Island's wind farm and, consequently, supporting Kingston, Ontario. Key constraints included adhering to a low budget and a certain density range. Considering the unique constraints, our objectives revolved around creating a cost-effective, light, efficient blade that prevents long-term failures. Our responsibilities included navigating the environmental factors on the island to ensure sustainable energy provision for Kingston.
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<aside> 🗓️ Timeline: (September 21 – October 25)
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Final solution
<aside> 👥 Personal Contributions :
Conducted a simulation to analyze the deflection of wind turbine blades.
Created a Computer-Aided Design (CAD) model of the blade's design.
Evaluated the environmental impact of turbine blades through extensive material research.
Contributed to the comprehensive and successful design of the wind turbine.
Team’s Work :
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Engaging in the wind turbine blade design project was an exciting endeavour for me. It provided a real-world challenge that aligned with the skills I was developing in labs. Navigating the complexities of material selection was a bit tricky. We had to consider factors like durability, price, and environmental impact. This project taught me skills in analyzing material performance indices, using tools like Granta for informed decision-making, and simulating structural aspects such as deflection.
One thing I would have done differently is to explore more alternative materials during the initial stages of our material selection process. While CFRP emerged as the optimal choice, considering a wider range of options could have enriched our decision-making process. Moving forward, I aim to broaden my perspective in material exploration to ensure a more comprehensive evaluation.
Beyond the technical aspects, this project has broader implications. Designing the wind turbine blade is not just about meeting engineering criteria; it's also about fostering effective communication and collaborative brainstorming with diverse perspectives. Engaging in open dialogue and idea exchange among team members has been crucial in refining our concepts and enhancing the overall project strategy.
In conclusion, this project has not only improved my technical skills, but it has also deepened my understanding of the broader implications of engineering decisions. As I continue my academic and professional journey, I carry not only the gained technical knowledge but also the awareness of the social and environmental impact of engineering choices.
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<aside> <img src="https://prod-files-secure.s3.us-west-2.amazonaws.com/e6262b4e-9c8a-4e10-83f8-a4a50e622356/dda773b4-7d20-45bf-967b-15b705d0e6ff/download.png" alt="https://prod-files-secure.s3.us-west-2.amazonaws.com/e6262b4e-9c8a-4e10-83f8-a4a50e622356/dda773b4-7d20-45bf-967b-15b705d0e6ff/download.png" width="40px" /> Autodesk Inventor
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<aside> <img src="https://prod-files-secure.s3.us-west-2.amazonaws.com/e6262b4e-9c8a-4e10-83f8-a4a50e622356/6f790aed-6d16-4a7b-8021-87618d55bbbc/ansys_(2).jpg" alt="https://prod-files-secure.s3.us-west-2.amazonaws.com/e6262b4e-9c8a-4e10-83f8-a4a50e622356/6f790aed-6d16-4a7b-8021-87618d55bbbc/ansys_(2).jpg" width="40px" /> GRANTA EduPack
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