Revolutionizing

Discover the future of energy conversion with our groundbreaking research in superconductivity. Join us in exploring efficient, high-force density solutions that eliminate the need for rare-earth magnets.

Discover MARES

MARES is committed to leading advancements in superconducting technologies, aiming to provide innovative and sustainable energy solutions with broad applications across various sectors. Our research focuses on the development of superconducting systems that can be implemented in multiple energy and industrial sectors, contributing to the European Union’s goal of achieving net-zero greenhouse gas emissions by 2050.

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MARES strives towards excellence. We are exploring new horizons in the field of superconductivity and developing innovative technologies that will shape the future of the energy industry. Sustainability is at the forefront of our vision, and we are deeply committed to developing environmentally friendly solutions that are both efficient and cost-effective.

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The MARES project spans a total duration of 4 years, during which the consortium will research, develop, and test a novel superconducting generator prototype. This timeline includes design, prototyping, and validation phases to ensure the project meets its ambitious goals.

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Our project brings together 11 top-tier European organizations. This consortium merges expertise in superconductivity, energy systems, and ocean technologies to deliver impactful and lasting solutions for clean energy generation.

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The MARES project has a substantial budget to support the development and validation of an innovative superconducting generator. This funding covers the technical development and international collaboration among the 11 project partners, ensuring efficient use of resources to meet project goals on time.

Innovative PTO System Based on Superconductivity

Our novel PTO system leverages superconductivity to achieve unparalleled efficiency and a compact design. This direct drive system minimizes energy losses and eliminates the need for rare-earth magnets, making it a sustainable and high-performance solution for various applications.

Potential Applications of Our Research

Explore the diverse applications of our groundbreaking PTO concept based on superconductivity. From wave energy conversion to other high force density requirements, our research opens new possibilities for efficient and compact solutions.