Institute: AGH University of Science and Technology Krakow

The AGH Solar Boat Team is a group of students from the AGH University of Science and Technology in Krakow, Poland, focused on developing a solar-powered boat. This team is dedicated to designing and building a boat that uses solar panels to power an electric motor, promoting sustainability and technological innovation. They participate in international competitions, where they test their engineering skills and the eco-friendly design of their vessel. The AGH Solar Boat Team aims to raise public awareness about renewable sources in the maritime sector, thus contributing to a more sustainable future.

Institute: Instituto Superior Técnico Lisboa

he Técnico Solar Boat initiative is an innovative endeavor that unites engineering students from Instituto Superior Técnico in Portugal, focusing on the creation of a solar-powered, hydrogen-fueled autonomous vessel. Launched in 2015 by a passionate group of Naval engineering peers, the project has successfully produced three prototypes—SR01, SR02, and SR03—over the years. These cutting-edge boats have competed in several international events, showcasing the unique nature of this project in the Iberian Peninsula. The newest addition, SR03, proudly features three hydrofoils equipped with autonomous control, delivering impressive speed and a smooth ride in both calm and turbulent waters.

Institute: Gdańsk University of Technology

When passion and knowledge come together with determination and over six years of hard work, a dream can evolve into an incredible reality, inspired by a vision from a group of forward-thinking students at Gdańsk University of Technology. Their ambitious aim was to design and construct a solar-powered seaplane—an idea that initially appeared far-fetched. Nevertheless, through unwavering dedication and resilience, the team tackled and conquered numerous challenges related to concepts, technology, and quality. Today, we take pride in observing the outcome of their efforts: the 'Solar' seaplane, which stands as a tribute to the commitment of the KSTO Korab team from the Department of Mechanical Engineering and Marine Technology at Gdańsk University of Technology.

Institute: University of Applied Sciences in Amsterdam

Engineers of Innovation, founded on 2017, in Amsterdam, is an inspiring community for individuals eager to expand and share their knowledge through collaborative projects. Since its inception in August 2016, the society has fostered an environment where innovative techniques flourish, allowing members to work together on groundbreaking developments. It's not just about knowledge-sharing; it emphasizes community, making learning enjoyable even after graduation. Membership is open to those who studied Engineering or participated in the CleanMobility project at the University of Applied Sciences in Amsterdam, as well as alumni of Engineering disciplines such as Electrical Engineering, Engineering Design and Innovation, Product Design, or Technische Bedrijfskunde. Join us and innovate together!

Institute: Budapest University of Technology and Economics

The BME Solar Boat Team was established in 2014 by a trio of mechanical engineering students from the Faculty of Mechanical Engineering. The team's mission is to design and construct an electric racing boat powered by solar energy, with the goal of competing in various prestigious events. The team strives to promote awareness of the potential of renewable energy and to build a foundation of knowledge and infrastructure that encourages future generations to engage in electric vehicle development initiatives.

Institute: University of Genova

The UNIGE ELETTRA team from the University of Genoa is made up of students and researchers passionate about naval engineering and sustainability. By participating in the Monaco Energy Boat Challenge, the group develops high-performance vessels powered by eco-friendly sources, such as electric motors and hydrogen systems. These technologies reduce marine pollution and promote energy efficiency through lightweight designs. UNIGE ELETTRA aims to raise public awareness about the importance of sustainability in the nautical sector, demonstrating that a green future is possible and encouraging other institutions to follow their innovative model.

Institute: Politecnico di Bologna

The UNIBOAT team from the University of Bologna stands out for its commitment to the design and construction of innovative and sustainable boats. This multidisciplinary team combines expertise in engineering and sustainability, employing advanced technologies such as electric motors and hydrogen fuel cells. UNIBOAT's goal is to minimize the environmental impact of the nautical industry while promoting the adoption of renewable energy sources. Their work not only highlights the importance of technological innovation but also represents a step towards a more sustainable future for the maritime sector. Through collaboration between students and faculty, UNIBOAT is training a new generation of engineers ready to tackle the energy challenges of tomorrow.

Institute: University of Rijeka 

The ADRIA team from the University of Rijeka has developed an innovative vessel designed to combine performance and sustainability. Using advanced technologies, the team aims to promote clean energy solutions in the maritime sector. The vessel is powered by a hybrid system that includes a hydrogen fuel cell, providing an eco-friendly option for navigation. Thanks to the collaboration between students and researchers, ADRIA is addressing the challenges of renewable energy in the nautical field, contributing to the transition towards a more sustainable maritime future. Their commitment to research and the development of innovative technologies makes the team a significant player in the competition.

Institute: Ecole Supérieure d'Ingénieurs Léonard de Vinci

The French team HYDROVINCI, part of the Pôle Léonard de Vinci Institute, represents excellence in sustainable shipbuilding. Composed of students from various schools, including ESILV and EMLV, it passionately dedicates itself to the development of water sports and eco-friendly technologies. HYDROVINCI participates in innovative boat design competitions, focusing on vessels equipped with hydrogen propulsion systems and the integration of renewable energies. Through cutting-edge research and engineering, it promotes sustainable practices, demonstrating that efficiency and environmental respect can coexist. Each project aims to stimulate innovation and raise awareness in the industry about current climate challenges.

Institute: Università degli Studi di Messina

The Messina Energy Boat team, composed of students from various courses at the university, is dedicated to researching solutions for sustainable maritime mobility. The latest modifications aim to optimize a marine engine: the shaft has been replaced with a longer one to improve thrust and maneuverability, and a new engine support reduces friction, allowing for different mounting positions and enhancing efficiency. A speed control system has been implemented with a single accelerator for better handling. Lightweight solar panels have been added to increase battery autonomy. The team specializes in low-emission vessels, adopting technologies such as electric propulsion and hydrogen fuel cells, thereby reducing environmental impact. Their multidisciplinary approach positions them as pioneers in sustainable boating.

Institute: Politécnico de Valencia

The Spanish team from the Polytechnic University of Valencia is preparing to make its international debut at the Sardinia Innovative Boat Week in September 2024, an event that represents a significant milestone and an enlightening example of how the city of Valencia is focused on a sustainable and innovative future. This team is developing an eco-friendly boat equipped with an electric motor, chosen for its efficiency and reduced environmental impact. The propulsion system features an outboard electric motor, with power options of 6 kW for a single motor or 12 kW for a dual motor. This technology not only reduces emissions but also offers high performance. Participation in the Sardinia Innovative Boat Week marks an important step for the team, highlighting the Polytechnic University of Valencia's commitment to innovation and the pursuit of eco-sustainable solutions.

Institute: Instituto Superior Técnico Lisboa

The Técnico Solar Boat initiative brings together aspiring engineering talents from Instituto Superior Técnico in Portugal, united in their mission to create a groundbreaking vessel powered by solar energy, hydrogen, and advanced autonomy. In response to significant strides in fuel cell technology, the team embraced a new challenge in 2019, embarking on the design and construction of a hydrogen-powered boat. Notably, they innovated their own hydrogen production system through electrolysis. Their commitment to excellence has been recognized, clinching the innovation award at the Monaco Solar and Energy Boat Challenge in both 2020 and 2022 for their cutting-edge hydrogen solutions. By 2021, the team proudly unveiled their first catamaran prototype, showcasing a robust 5 kW fuel cell housed within a sleek flax fiber cabin.

Institute: Politecnico di Milano

Physis PEB is an innovative team from the Politecnico di Milano, comprising over 50 dedicated students. Its mission is to develop a cutting-edge hybrid boat that seamlessly integrates hydrogen and battery technologies. The team operates through five specialized units: Structures and Powertrain, Energy, Electronics and Software, Logistics, and Communication. This collaborative approach fosters the exploration of advanced materials such as basalt fiber, alongside alternative propulsion and energy systems. The focus is on minimizing environmental impact while ensuring exceptional mechanical properties and top-tier performance.

Institute: University of Cambridge

The Riviera Racing team from Cambridge University represents the cutting edge of nautical engineering, combining tradition and innovation. The team's vessel is designed with ultralight composite materials and utilizes a state-of-the-art hydrofoil configuration, allowing it to glide almost suspended above the water, reducing drag and enhancing speed. Riviera Racing stands out for its integration of advanced automated control systems, which optimize stability and maneuverability in real-time. These innovations highlight the technical excellence and pioneering approach of the team and its members.