TOWARDS A MORE
ENERGY-EFFICIENT AND
SUSTAINABLE PATH
The RF2.0 partners envision a future where accelerators are designed, operated, and supplied with 100% renewable energy, ensuring secure and stable performance at any time. This approach aims to make operations nearly independent of the public power grid while significantly reducing environmental impact.
Partners: 6 Accelerator Research Facilities,
4 High-tech SMEs
4 demonstrator
projects
Project duration:
1/2024-12/2026
Budget:
5,6 Mio €
EC Call:
INFRA-2023-TECH-01-01
Latest news
-
Sustainable Computing Initiatives in RF2.0 at the WLCG workshop
This post highlights some of the ongoing work, inspirations and takeaways that RF2.0 members from DESY obtained from this workshop read more
-
Our survey on improving energy efficiency for large RIs is active
The responsible partners within the RF2.0 project, KIT and DESY, have set a plan to address the energy efficiency and sustainability at large Research Infrastructures… read more
-
Article published in CERN EU Project newsletter
As part of the fast measurement systems developments CERN, together with Swiss smart grid solutions company Zaphiro Technologies, are deploying 24 phasor measurement units (PMUs)… read more
-
International workshop on Energy for Sustainable Science at Research Infrastructures (ESSRI)
The RF2.0 team recently participated in this international workshop that brought together around 120 participants from Europe, Asia, and the United States. read more
Research facility 2.0
RF2.0 is a Horizon Europe funded project that aims to design, develop and validate novel solutions for components and systems, that allow to transform particle accelerators in more sustainable and energy efficient research infrastructures.
The achieved innovations will also benefit medical centres, data centres, industrial plants, and High-tech companies that have very similar characteristics and face the same challenges.
