Professor Markus Roth, Minister of Economic Affairs Kaweh Mansoori, and Focused Energy CEO Thomas Forner (from left to right) (Photo: HMWVW)
TU Darmstadt start-up researches laser fusion technology
Hesse’s Minister of Economic Affairs, Kaweh Mansoori, visited the TU Darmstadt spin-off laser fusion company Focused Energy in Darmstadt and presented a funding grant of 20 million euros. With this funding, the state of Hesse is supporting measures intended to lay the foundations for the future construction and operation of a fusion power plant.
With the official handover of the funding approval by Hesse’s Minister of Economic Affairs, Kaweh Mansoori, the state of Hesse is providing an additional 20 million euros for the further development of laser fusion technology. The decision signals the state’s clear economic policy objective of establishing Hesse as a leading location for laser fusion. The funding underscores confidence in the great technological potential of Focused Energy and the expectation of long-term economic benefits for the state of Hesse.
In a welcoming address, TU President Professor Tanja Brühl emphasized the importance of joint commitment by academia, industry, and politics to strengthen future technologies in Germany as a location. At TU Darmstadt, she said, research is conceived from basic science all the way to application on an industrial scale. Focused Energy is a shining example of how this ambition can be successfully realized. That this success story has its roots at TU Darmstadt makes her very proud, Brühl stated. However, strong partnerships are necessary for the conceptual as well as financial implementation of such future technologies. High-tech made in Germany – and made in Hesse – is a shared responsibility, she emphasized.
Minister of Economic Affairs Kaweh Mansoori said: “The development of fusion energy is a strategic future task for our country. To advance it, close cooperation between science and industry is essential. With its high-performance infrastructure and its innovation-friendly, partnership-oriented policies, Hesse offers ideal conditions for future technologies such as fusion energy to be developed and grow here. The state of Hesse recognized the strategic importance of Focused Energy at an early stage and is acting decisively to harness its potential.”
Hesse as a model region for the new European fusion industry
The state funding also serves as a signal to industry and academia: Hesse is to become a model region for a new European fusion industry. Part of the funding from the state of Hesse is allocated for research and development activities at the site of the former Biblis nuclear power plant. Cutting-edge research and industry are intended to work together to create a new industrial sector for the economic utilization of laser fusion.
‘Innovation begins with research and science,” said Minister of Science Timon Gremmels. ‘Fusion technology will, in the long term, complement renewable energies and revolutionize our global energy supply. A driving force behind this development is the successful fusion company Focused Energy, which, in turn, has its origins at TU Darmstadt. When science and industry work hand in hand, we can effectively set the course toward a climate-neutral and economically successful future. Only through proactive joint action can we address today’s challenges and be best prepared for tomorrow.”
Co-founder and CEO of Focused Energy, Thomas Forner, emphasized: ” The funding from the state of Hesse confirms our direction and gives us momentum to bring fusion energy into practical application. Our goal is clear: the world’s first laser fusion power plant is to be built in Biblis.”
Together with RWE as its key strategic partner, Focused Energy is developing a fusion research and innovation campus at the former nuclear power plant site in Biblis, with the aim of building the world’s first laser fusion power plant. Recently, RWE took a first step by investing ten million euros in Focused Energy; this entry marks the beginning of a comprehensive collaboration that also leverages the industrial expertise and established network of the energy company. As the former operator of the Biblis site, RWE supports the transformation of the former nuclear power plant into a laser fusion power plant and oversees the establishment of the industrial structures required for the rapid commercialization of this technology.
A site with clear advantages
The Biblis site offers ideal conditions for the rapid construction of a laser fusion power plant due to its existing infrastructure and power plant facilities. The feasibility study commissioned by Focused Energy, ‘From Fission to Fusion,’ confirms the site’s potential for the industrial scaling of fusion energy. In this way, Hesse positions itself as a model region for the economic and ecological transformation of power plant sites.
Erfolgsjahr für Focused Energy
The handover of the funding marks the conclusion of a very successful year for Focused Energy. Among the most important developments were the signing of the Memorandum of Understanding in March in Biblis, the start of collaboration with RWE, and the expansion of the ecosystem for the fusion industry with many renowned partner companies. Additionally, fusion energy has gained further significance through its inclusion in the coalition agreement, its addition to the German government’s high-tech agenda, and the action plan ” Germany on the Path to a Fusion Power Plant.”
With the new funding, the project gains additional planning security for the next development phase, which focuses on the transition from research to economic and industrial implementation.
‘Fusion energy is a real game-changer. It offers a unique opportunity to address the global challenge of sustainable and secure energy supply. Laser fusion combines scientific innovation with industrial strength and creates new possibilities far beyond the energy sector,’ summarized Chief Science Officer and co-founder of Focused Energy, Professor Markus Roth, highlighting the significance of the technology.
Text: TU Darmstadt/HMWVW/cst