Page 15 - European Energy Innovation - winter 2019 publication
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Winter 2019 European Energy Innovation  15

                                                                                COMMUNICATION

Fig.2: REDOX heat battery                                                        Fig.3: Test container at Austrian
laboratory setup (Photo: TNO)                                                    demonstration site (for PV,
                                                                                 converter, batteries and BEMS
                                                                                 cabinet) (Photo: AEE INTEC)

economic benefits, enabling reliable     and scientists from the Dutch           is regenerated by supplying hydrogen
operation with a positive business       research organization TNO has built     produced by renewable electricity.
case in Europe’s building stock.         a laboratory scale setup for testing    This cyclic operation enables the
                                         a heat storage technology based on      use of this energy storage system
Real building demonstrations             redox reactions of metals - REDOX       similarly as we currently use standard
Impact of the SCORES system will         heat battery as it uses the REDuction   rechargeable batteries at home,
be a broad assessment covering           and OXidation reactions to store heat.  with the difference of storing heat
stakeholders of various economical                                               rather than electricity. In the course
levels like individual homeowners,       In the REDOX heat battery the metal     of the SCORES project, the REDOX
housing companies, grid owners,          core is oxidized using air and the      heat technology will be developed
energy companies and governments,        heat generated is used for supplying    from the current TRL 4 to TRL 6 and
ecological issues and also the           domestic hot water and space            demonstrated in a relevant working
security of supply /reduced European     heating. After the reaction, the core   environment. l
dependence on fossil fuels originating
from unstable countries from             Project ID:     766464
across the globe. Within this impact
assessment, a first evaluation is        Website:        http://www.scores-project.eu/
performed on two demonstrations.
Demonstrations of the integrated         Start date:     November 2017
hybrid energy system will take place
in two real buildings representative of  Duration:       48 months
different climate and energy system
configurations for three cases, in       Project coordinator: Ing. Peter van Os
Central Europe (Austria) with and
without a heat grid, and in Middle/      Contact email:  peter.vanos@tno.nl
Southern Europe (France) without a
heat grid.                               Project partners: TNO, AEE-INTEC, CAMPA, EDF, FENIX TNT,

REDOX heat battery                       FORSEE POWER, HELIOPAC, INSTITUTO POLITECNICO DE SETUBAL,
One of the key technologies to be
demonstrated is a Power – to –           KONIG METALL, RINA-CONSULTING, SIEMENS and STADTWERKE
heat concept developed within the
SCORES project. A team of engineers      GLEISDORF.

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