Solarsub

Meet Solarsub.

SolarSub specialises in advanced cooling solutions for floating solar panels, enhancing efficiency and lifespan in space-constrained environments. Our innovative system boosts energy output by 15-20% and extends panel life from 30 to 45 years, addressing overheating and reducing maintenance costs. As the floating solar market grows, our technology is aimed to meet the increasing demand for efficient, sustainable energy solutions.

The Team

Sebastiaan Schalkwijk

James Taylor

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About Us 

Sebastiaan and James, friends since our first year at university, have known each other now for four years. At university, Sebastiaan participated in the Hyperloop Edinburgh team as Head of Electronics, while James has been an active member of the university’s American football team and serves in the Sports Union finance committee. Being part of the University of Edinburgh has been a fantastic experience, improving both personal growth and professional development. 

Problem

SolarSub is addressing the issue of solar panel overheating, which reduces energy efficiency by up to 25%. Our innovative cooling system prevents overheating, improving the efficiency and lifespan of floating solar panels, and increasing clean energy output.

Solution

SolarSub provides an advanced cooling system designed to significantly improve the energy output of floating solar panels in a more concentrated space. By preventing overheating, our solution increases panel efficiency by 15-20% and allows for denser installations, maximizing clean energy generation per square meter. This innovation helps reduce environmental impact while making renewable energy more accessible and efficient.

Market

The potential market for SolarSub’s cooling solution is the rapidly growing floating solar industry, projected to reach $31.93 billion by 2030, with a compound annual growth rate (CAGR) of 29.80%. Our technology targets solar energy providers looking to boost efficiency and maximize energy output in space-constrained installations, making it ideal for densely populated regions and water-based solar farms.

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