Vertical Aestethical Urban Rooftop Modular Wind Turbine

We are Solaride, a non-profit organization dedicated to pushing the boundaries of solar technology and fostering the next generation of innovators. Our flagship project involves the development of a solar-powered car, but our broader mission is to empower people through sustainable technology. We believe in creating solutions that not only address global challenges but also nurture creativity and technical skills.

Challenge description and who is affected?

The challenge is to develop a modular vertical wind turbine that is suitable for installation on rooftops in urban environments. The turbine should be easy to install, require minimal maintenance, and blend aesthetically into the urban landscape. It should provide a viable source of renewable energy for homes, apartments, and commercial buildings in cities, contributing to energy sustainability efforts. The solution will primarily benefit city dwellers, building owners, and municipalities seeking to increase their reliance on renewable energy without compromising on space or design.

Why is the challenge important at this time?

As cities expand, the demand for renewable energy solutions that fit within densely populated areas is increasing. Traditional large-scale wind turbines are not feasible in urban environments due to their size, noise, and placement limitations. Vertical wind turbines offer a promising alternative by harnessing wind power in confined spaces. Developing a modular system allows flexibility for installation in various locations, helping cities achieve their renewable energy goals while reducing their carbon footprint. This challenge is timely as cities strive to become more sustainable and energy-efficient.

How would success look like?

Success would be the creation of a fully functional, small-scale vertical wind turbine that is modular and easy to install on urban rooftops. The turbine should be low-maintenance, efficient in capturing wind energy in varying conditions, and aesthetically pleasing to fit the urban environment. A successful design would be scalable for different roof sizes and structures, offering a renewable energy solution that urban residents and businesses can adopt. The ultimate goal is a device that contributes meaningfully to urban energy grids while being affordable and durable.

Possible/existing directions to find solutions.

Possible solutions could explore designs such as helical or Darrieus-style vertical turbines, which are known for their ability to perform well in turbulent urban wind conditions. Existing modular and scalable technologies in other areas of renewable energy can also inspire how to create a system that is easily customizable for different spaces. Teams may also look into integrating smart sensors to optimize energy output or use lightweight, durable materials to ensure longevity and ease of installation.

How Solaride supports the team after the event?

After the hackathon, successful teams can be paired with mentors who will be able to guide them further in their development and help them take the next steps forward.