Solar Globe

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  Aesthetic values

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Inspiration

The Solar Globe project originated from the idea of harnessing sunlight in an innovative manner. We envisioned a globe-shaped structure with a customizable exterior, offering both functionality and aesthetic appeal. Most panels are exposed to harsh elements hence have high maintenance cost and hard to mechanize cleaning and repairs. It also consumes a lot of space for less output.

What it does

The Solar Globe is designed to provide a consistent and eco-friendly light source while allowing for intricate exterior designs. Its optic fibers and solar panels work together to transport sunlight throughout the structure and evenly to all solar panels within, and external concave mirrors focus additional sunlight onto the globe, enhancing both form and function. The spherical interior increases surface area to pack more panels hence easily localize maintenance efforts and repairs

How we built it

Constructing the Solar Globe required expertise in architecture, technology, and renewable energy. The integration of optic fibers, solar panels, and external mirrors demanded careful engineering to ensure both functionality and aesthetic appeal. The outer structure is fitted with strong supports to brace the weather while the inner surface is custom fitted with panels over specially positioned optic fibres. Concave mirrors are lines on the outside with sin tracking systems and focal points at the top of the globe into the optic cable opening above.

Challenges we ran into

Despite the successful outcome, the project faced challenges in optimizing the light transport system, achieving durability against environmental factors, and balancing the aesthetic aspect. Integrating solar panels seamlessly within the structure while maintaining efficiency presented a significant engineering challenge.

Accomplishments that we're proud of

We take pride in the successful creation of a functional Solar Globe that not only fulfills its lighting objectives but also stands as an aesthetically pleasing and environmentally conscious solution. There is more efficient power production, space utility, easy maintenance and mechanization. The panels also suffer less risk of damage since they are in an enclosed space.

What we learned

The Solar Globe project provided invaluable lessons in interdisciplinary collaboration, innovative design, and the practical application of sustainable technologies.

What's next for Solar Globe

Looking ahead, our vision involves expanding the application of Solar Globe technology to diverse environments. This includes urban landscapes and remote areas with limited access to traditional power sources. Future research and development will focus on refining the design, enhancing energy efficiency, and exploring opportunities for scalability and widespread adoption. The Solar Globe represents not just a technological achievement but a step towards a brighter, sustainable future.

Built With

• machine-learning