Our purpose is to bring research, education and business closer together at DTU Risø Campus in Roskilde, Denmark. Thereby strengthening Denmark's position as a global center for green technology and innovation.
Our vision is for Risø to become an international hotspot within energy technology and biotech. A hub where leading researchers, students and companies can join forces, in order to develop, test, demonstrate, and market the green solutions for tomorrow.
Risø Gateway is a strategic partnership between DTU, Roskilde Municipality, and Andel. We are working together to ensure that the Risø-area becomes a role model for a creating a sustainable co-creation area between a university campus and business park.
DTU Risø Campus is Denmark's leading research center within sustainable energy, energy systems and bio-solutions. We are building on this position to develop an international hotspot where researchers, students and companies meet and create new solutions and collaborations.
RISØ Campus currently houses both DTU and Aarhus University. In addition, there is collaboration with several universities in Denmark and abroad. With a stronger link to the business community and other partners, we can build an innovative environment where we together shape the technological energy solutions of the future.
Read more about DTU Aarhus
The business community needs modern test facilities to test and scale good ideas. The existing facilities at DTU Risø Campus will be expanded and there will be a stronger link to the global market via a new business park. Here, researchers, businesses, investors and authorities will have an optimal framework for growth.
DTU Risø Campus currently has around 35 research and development facilities. With the expansion, we are significantly expanding the area and creating place for up to 4,000 new industry jobs. This will add new dimensions to Risø and create an international hotspot for sustainable energy - centrally located in the Øresund region.
State-of-the-art lab for producing composite structures up to 15 meters. Supports innovation in material testing, simulation validation, and advanced manufacturing techniques.
Large Scale Facility is DTU's 1560 sqm modern test hall with dynamic testing for blades and structures of varying lengths. It aims to be a global center for large structure strength research.
State-of-the-art lab for producing composite structures up to 15 meters. Supports innovation in material testing, simulation validation, and advanced manufacturing techniques.
The wind tunnel is designed for conducting aerodynamic and aeroacoustic testing of airfoils and rotors. This cutting-edge facility offers unparalleled capabilities for studying the complex interactions between wind and turbine components
Research and testing of control concepts and strategies for power systems with distributed control and integrating a number of decentralized production and consumption components including wind turbines in a systems context.
Research on actively controlled buildings as assets in intelligent power grids. It includes three houses with sensors and controllable equipment, focusing on demand response, user behavior simulation, control strategies, and grid impact.
Research and testing of control concepts and strategies for power systems with distributed control and integrating a number of decentralized production and consumption components including wind turbines in a systems context.
The description of the facility is under development.
This facility offer the use of underwater drones, which for an example can support the mapping of biodiversity in oceans, by using LED and laser based technologies. Also contains an outdoor laboratory for UV algae cleaning of ships.
The Hevesy Laboratory is the radiopharmaceutical unit of the Technical University of Denmark, which combines cutting-edge research on radionuclides with the commercial production of radiopharmaceuticals.
Nuclear Energy DTU brings together the academic environments across DTU's institutes working with nuclear power technologies. The center is also a common entrance for potential partners.
The Lab consists of three labs; DOLL Lab creates an innovative playground and transparency in new complex markets by offering demonstration and test of the latest solutions in intelligent outdoor lighting and Smart City-services. Virtual Lab works with 3D-visualized lighting solutions and offer a range of laser-tools that can support various tasks, LED-technology that for an example can assist in early treatment of Alzheimers, and much more. Quality Lab undertakes independent quality measurements and documentation assignments.
The description of the facility is under development.
The conference center at RISØ can host events of up to approx. 150 people, with auditorium, meeting rooms, and vestibule facilities. The building has been hosting seminars, workshops and conferences since Risø's early days and is named after founder Niels Bohr. The building is modernized and is used for a wide mix of purposes.
The description of the facility is under development.
DTU Link is the innovation hub at DTU Risø Campus, where startups, researchers and companies collaborate on innovation and technological breakthroughs. We are part of DTU Skylab, and since 2018, we have supported the development of solutions that will be able to improve the problems of the future and make a difference for the many
A top-notch mechanical workshop with skilled technicians and tools for research and commercial equipment development. From 3D printers to CNC machines, it offers a wide range of services. The specialty is forming a great environment, which ensures the best possible conditions for collaborations.
Material Lab consists of 6 labs in one building; SensorLab specializes in Acoustic Emission measurement technology for composite testing. FiberLab focuses on the manufacturing and characterization of fiber reinforced polymer composites. TestLab is an accredited laboratory with a range of machines for testing composites. MicroLab enables detailed microscopic investigations of various materials, including non-conductive substances. 3D PrintLab focus on AM and automated robotic manufacturing of fiber composite structures. And BearingLab is a test facility specifically designed for small-scale bearing testing.
Aarhus University is Denmark's second largest university in terms of student numbers and the second oldest. The university was established in 1928 in Aarhus and today has around 32,000 undergraduate and master's students, as well as a few thousand PhD and part-time students.
The DTU TotalEnergies Excellence Center for Clean Energy (DTEC) is a new research and educational initiative with the ambition of speeding up the development of key energy technologies. The purpose of DTEC is to do research and technology development in clean energy with a special focus on wind power generation. A first step for DTEC is to build a new pilot hybrid power plant integrating wind, solar, batteries, hydrogen and power electronics technologies.
Danish Commissioning is a state-owned company, established in 2003, which now belongs to the Ministry of Higher Education and Science. Danish Decommissioning is located at Risø with approximately 85 employees.
The description of the facility is under development.
The description of the facility is under development.
The description of the facility is under development.
DTU has a Vestas V52 wind turbine at Risø. The turbine offers a valuable research facility for conducting experiments and tests related to meteorological equipment, structural and electric measurements, and model verifications.
Roskilde University (RUC) has approximately 9,000 students and is located in Trekroner about 5 km from RISØ. RUC focuses on problem-based learning, where students work in interdisciplinary groups. With a strong emphasis on innovation and collaboration, RUC offers a range of bachelor and master programs. The university promotes an engaged and innovative learning environment.
RISØ currently houses the innovation environment DTU Link, which is home to around 15 startups and small development-based companies working to produce and validate prototypes. In the future, RISØ will provide space for an even larger innovation environment where small and large companies can test and demonstrate technological prototypes.
Innovation is the driving force behind progress, igniting sparks of creativity, turning ideas into solutions with limitless possibilities. Innovators dare to question, to break the norm, Paving pathways for change where brilliance takes shape.
With up to 4,000 jobs, RISØ has the potential to become a powerhouse for growth and development in many areas, including
- sustainable energy
- energy systems
- bio-solutions
Does the idea hold up in practice? RISØ currently houses world-leading facilities for testing technological ideas and prototypes for both researchers and industry. There is plenty of room to expand at RISØ with additional test and demonstration facilities. Among the most notable facilities today are:
When RISØ was established in 1958, a number of attractive researcher residences and a guest house for visiting researchers were also built in connection with RISØ. Risø Huse is the name of the area which is situated in charming surroundings, surrounded by lush fields and farms. The intention is to preserve the original homes and possibly supplement with new student housing at Risø Huse.
400 graduate students from DTU will be the focal point of the new campus area at RISØ. Here they will be close to research and testing as well as the companies that need the specialized workforce.
Founded in 1999, the IT University of Copenhagen (ITU) is Denmark's youngest university. ITU specializes in IT, including computer science, business IT and digital design and offers bachelor and master's degree programs. The university is located in Ørestad, Copenhagen, and has approximately 2,740 students. It aims to promote Denmark's ability to create value with IT and contributes new knowledge in various IT disciplines.
Founded in 1479, the University of Copenhagen (UCPH) is Denmark's oldest university and among the oldest in Northern Europe. The university consists of six faculties and offers a range of programs and research opportunities ranging from humanities to health sciences to natural sciences. The University of Copenhagen has more than 39,000 students and 5,000 researchers. The university is recognized internationally and ranks high in worldwide university rankings. The university campuses are spread across various locations in central Copenhagen.
Copenhagen Business School (CBS) is - despite its name - one of Denmark's 8 universities, with 20,000 students. It is considered one of the most prestigious business schools in Western Europe. Founded in 1917, Copenhagen Business School offers a wide range of programs focusing on business, economics and international trade, often across disciplines. CBS's campus is located in Frederiksberg, close to the center of Copenhagen.
Roskilde University (RUC) has approximately 9,000 students and is located in Trekroner about 5 km from RISØ. RUC focuses on problem-based learning, where students work in interdisciplinary groups. With a strong emphasis on innovation and collaboration, RUC offers a range of bachelor and master programs. The university promotes an engaged and innovative learning environment.
The University of Southern Denmark in Odense is the university's largest campus and also the largest educational institution in the Region of Southern Denmark. Almost all of the university's programs are located here, and the building at Campusvej 55 is home to around 21,000 students and 3,300 employees.
Malmö University is a new university, established in 1998. The university is located in Malmö, Sweden, close to Copenhagen. The university has over 24,000 students and offers a range of subject areas including health, society, biomedicine, social work and sustainability. It is known for its international collaboration with over 240 partner universities.
DTU (Technical University of Denmark) was established in 1829 by HC Ørsted and is voted Europe's best technical university. DTU educates engineers at all levels from bachelor to PhD and focuses on engineering and natural sciences. With around 15,000 students, DTU offers an international atmosphere and works to create value-creating technology for the benefit of people. DTU's largest campus is located in Kgs. Lyngby.
Lund University in Sweden dates back to 1666 and ranks among Northern Europe's oldest educational institutions. Its history dates back to 1425, when a Franciscan studium generale was founded. With nine faculties and nearly 45,000 students, Lund University has an extensive range of programs and courses. The university is also a center of significant research, with prominent facilities such as MAX IV and ESS.
Experienced manager and strategic advisor Helle Vang Andersen is joining the next phase of Risø Gateway. As Program Director, she will lead the development of the strategic framework and organizational structure for the future internationally oriented business park.
New test facility at Risø allows researchers and companies to test new technologies across energy sources.
The collaboration between DTU and Roskilde Municipality to develop RISØ into a global hotspot for sustainable energy is now expanding with Andel as a new partner. The partnership calls itself RISØ Gateway.
A new agreement will ensure the development of Risø to become an even stronger powerhouse for future energy solutions.
DTU has launched a new educational collaboration, called DigiWind, in collaboration with four other strong European wind nations.
New optical technologies will provide better documentation of marine biodiversity.
Two new cyclotrons at RISØ significantly increase capacity in the production of important radionuclides.
What will the RISØ of the future be
The development of RISØ Gateway will contribute significantly to the green transition of the global community. RISØ Gateway will be the place where new green technologies are incubated and accelerated. The new district will be established in a way where the physical environment and the energy systems that supply the area will set an example for the development of new, more sustainable and biodiverse neighborhoods.
What does the strategic partnership entail?
The partnership agreement between DTU, Roskilde Municipality and Andel was signed on March 19, 2024 and will ensure a joint process for the expansion of the 530,000 m2 area located east of the current DTU Risø Campus.
What does the local plan say?
You can read more about the physical development of the area in Local Plan 566
Read more about it