Expected results and impact

Expected results
and impact

Expected results and impact

Impacts to 2035

FCH technologies enable energy storage, grid stabilization, and demand response, driving a more flexible and resilient energy system.

New business models

For traditional energy operators and new market entrants

Grid optimization

At both local and centralized levels

Enhanced customer interaction

Greater user engagement within the energy system

LOCAL LEVEL
(PIEDMONT REGION)EU LEVEL

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TECHNOLOGICAL

25 MW of FCH technologies installed in the region for RECs/H2V related projects

ECONOMIC

200 M€ mobilized in new H2V/RECs foreseeing FCH solutions integration

ENVIRONMENTAL

~ 5 ktCO2/yr thanks to H2SCORE concept and enabling technologies replications in local RECs

SOCIETAL

Reduction of depopulation, 50+ job opportunities within RECs + jobs saving

RES PENETRATION

10 MW of new RES in H2RECs, > 15 GWh of fluctuating RES not grid-bothering

TECHNOLOGICAL

100 MW FCH solutions installed in H2RECs
500 MW additional RES capacity in new H2RECs

ECONOMIC

500 M€ invested in RES/FCH technologies for realization of 125+ new H2RECs

ENVIRONMENTAL

~125 ktCO2/yr thanks to H2RECs in EU via H2SCORE
(additional RES + reduced fossil fuels for grid stability)

SOCIETAL

250,000 citizens engaged, > 1,000 new jobs created in both FCH and REC development

RES PENETRATION

500 MW of new RES, > 750 GWh of fluctuating RES production not injected in the grid

DISCOVER MORE

H2SCORE
project

The Demo
site

Replication
study

Coordinated by
Politecnico di Torino – Dipartimento di Energia
Corso Duca degli Abruzzi, 24 – 10129 Turin, Italy
steps@polito.it

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H2SCORE is a Horizon Europe project (ID 101251551) supported by the Clean Hydrogen Partnership and its members and co-funded by the European Union.