Results
Communication and dissemination resources
Press articles
Press release KIT (English)
Project RF 2.0: Research for More Sustainability in Particle Accelerators
Press release KIT (German)
Projekt RF 2.0: Forschung für nachhaltigere Teilchenbeschleuniger
Article in CERN EU Newsletter
RF2.0: EU project targets better energy efficiency at CERN with improved grid monitoring tools
Publications
Comprehensive Power Consumption Profiling of KARA for Sustainable Operations
Partner/Author: KIT, Mahshid Mohammad Zadeh
Type: Poster
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Optimization studies on accelerator sample components for energy management purposes
Partner/Author: KIT, Falastine Abusaif
Type: Poster
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Sustainability for accelerators: the RF2.0 approach
Partner/Author: KIT, Falastine Abusaif
Type: Poster
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Development of real-time digital twin for particle accelerator
Partner/Author: KIT, Mahshid Mohammad Zadeh
Type: Poster
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Efficient Accelerator Operation with Artificial Intelligence-Based Optimization Methods
Partner/Author: KIT, Evangelos Matzoukas
Type: Poster
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Optimization studies on accelerator sample components for energy management purposes
Partner/Author: KIT, Falastine Abusaif
Type: Proceedings
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Public Deliverables
D1.3 (DP1, DP2, DP3, DP4)
D2.1 (DP1)
D2.2 (DP2)
Report on the design and hardware prototype for the proposed solid state amplifier solutions, assessing the improved energy efficiency against standard solutions
D2.3 (DP2)
Report on the design and hardware prototype , as well as testing conditions and scenarios to be applied during the demonstration phase in WP6
D3.1
AI-based control strategy validated in simulative environment
D3.3 (DP4)
Green-data centers energy management strategies validated in simulation environment
D3.4
Extended energy management system considering RES validated in simulation
D4.1 (DP3)
Report on the design of future accelerator energy grids with DC grids
D4.2
Approach for developing digital twins of accelerators
D4.3 (DP4)
Approach for developing digital twins of green HPC centers
D4.4 (DP3)
Prototype of the phasor measurement unit and validation at Zaphiro’s lab
D5.1
Analysis on different energy costs sources in accelerators considering different operation scenarios
D5.2
Analysis on the accelerator lifetime energy costs
D5.3
Report on the life-cycle assessment for the permanent magnets and solid state amplifier prototypes and analysis of the long-term energy efficiency achievements
D5.4
Control strategies developed and proved in simulation environment
D6.1 (DP1)
Operating demonstrator for the proposed permanent magnet solution at MAX IV, HZB and ALBA
D6.2 (DP2)
Operating demonstrator for the proposed solid state amplifier solution at ALBA and HZB
D6.3 (DP3)
Operating demonstrator for the PMUs integration at CERN
D6.4 (DP4)
Operating demonstrator for green HPC centers at DESY
D7.4
Dissemination and communication report
D7.5
D7.6
SWOT analysis on energy solutions for accelerators and research infrastructure adoption
D7.7
Roadmap defining the impact of the proposed novel energy solutions for the whole accelerator life-cycle
D7.8
Roadmap defining the short- and medium-term technologies that can help in an energy management breakthrough and their transfer to other fields and applications
D7.9
Web Dashboard
Karlsruhe Institute of Technology (KIT) participates in the RF2.0 proejct with KARA, the Karlsruhe Research Accelerator and the Energy Lab, forming the new research infrastructure KITTEN (→ ibpt.kit.edu/kitten), which aims to improve energy efficiency and sustainability in accelerators.
In this context, KIT has developed an online energy dashboard that provides an overview of real-time energy consumption at Karlsruhe Research Accelerator (KARA).