Seifert, H.J.

Ziebert, C.

English

Seifert, H. J.

KITopen

BACKGROUND STRUCTURE AND ACTIVITIESWHAT is the EERA JP on Energy StorageOVERALL OBJECTIVES Joining forces and projects: coordinated strategies Sharing knowledge, facilities, methods, data  Working on interfaces within energy storage and integration with other technologies Establishing European scientific , technological and  industrial leadership in current and next generation energy storage technolgies Giving significant support for SET-Plan goalsThis JP is set up to increase the effectiveness of R&D on the large field of energy storage through alignment of its European member institutes. It is mainly aimed at integratingand complementing current national and European research programmes and projects in order to optimise resources and efforts. It will accelerate knowledge developmentand technology transfer and will be strictly system and product oriented by working on all levels of the value chain: (1) materials, (2) process line, (3) component and systemdesign, (4) system integration to specific application and (5) overall system integration. The JP will also establish general roadmaps for the research needs for the future ECFPs and create improved consortia to cooperate with industry in targeted and challenging projects. A thematic priority will be the development of hybrid energy storagesystems. The vision of the JP is to establish a platform for Integrated Energy Storage Simulation (IEES) taking into account interfaces with e.g. smart grids and smart cities.EERA JOINT PROGRAMME onENERGY STORAGE20 P and 6 A from 12 EC member states: 307 py/y committedFinland: VTT (P), TUT (A)Norway: SINTEF (P), IFE (A), NTNU (A) Denmark: DTU (P) UK:          UKERC (P)France: CEA (P) Belgium: VITO (P), VUB (P)Germany: KIT, (P) DLR (P), RWTH (P), FZJ (P), MEET (P)Poland: JU + AGH-UST (A)Slovakia: IEE SAS (P) Czech Rep.: NRI Řež (A)   Italy: ENEA (P), RSE (P), CNR (P)   Spain: CIEMAT (P), IMDEA (P), ICMAB (P), ICMM (P), CNH2 (A)PARTICIPANTSStationary energy storage supports commercialbreakthroughs of renewable energies by overcomingmismatches between energy output and demand andload leveling. Mobile energy storage enableselectromobility and transportation and thermal energystorage is essential for heating, cooling andenvironmentally compatible industrial processing.6) Techno-Economics (Peter Hall, UKERC) Five sub programmes (SP’s) have been defined. Additionally, a sub programme on Techno-Economics is proposedin order to develop a pan-European vision and to assess the externalities of energy storage:1) Electrochemical Storage (Mario Conte, ENEA)Lithium Ion Batteries, Super Capacitors2) Chemical Storage ( Jean-Philippe Nicolaï, CEA) Hydrogen, Methanol, Ammonia3) Thermal Storage (Doerte Laing, DLR)Advanced Fluids, PCM, Thermochemical Heat Storage 4) Mechanical Storage (Atle Harby, SINTEF)Hydro, Fly Wheels, Compressed Air5) Superconducting Magnetic Energy Storage (Mathias Noe, KIT)Materials, System Technology and Cryogenics, IntegrationCURRENT AND FUTURE ACTIVITIESDue to the rather diverse research and technological requirements of the different energy storage technologies each SP hasdefined very individual work packages and milestones. However, in the first 12 months review of activities, state-of-the-artevaluation and defining next step requirements will be done in all SP’s. Detailed roadmaps and research andengineering design concepts will be developed for short, medium and long term periods. Reports will be written andworkshops organized to document results and decide on next steps. This JP is open for additional ES technologies.COMMON RESEARCH OBJECTIVES• Improving energy density and storage efficiency• Costs, safety, reliability, availability, cycle life, calendar life, sustainability, standardization and quality issues, social acceptance,  economic and environmental impacts COORDINATOR:Prof. Hans J. Seifert, Karlsruhe Institute of Technology (KIT), Institute for Applied Materials (IAM-AWP),Herrmann-von-Helmholtz-Platz 1, 76344 Eggenstein-Leopoldshafen, Germany. Phone: +49 721 608-23895; Fax: +49 721 608-24567; E-Mail: hans.seifert@kit.edu

Status of the EERA joint programme on energy storage

https://publikationen.bibliothek.kit.edu/230089141/6211340

Status of the EERA joint programme on energy storage

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