FutureFlow and FARCROSS both address cross-border electricity balancing, trading, and transmission facilitation.
AUSTRIAN POWER GRID AG
Austria's transmission system operator, contributing grid infrastructure expertise to cross-border electricity trading, grid stability, and green hydrogen projects.
Their core work
Austrian Power Grid AG (APG) is Austria's transmission system operator (TSO), responsible for managing the high-voltage electricity grid across the country. They ensure grid stability, manage cross-border power flows, and integrate renewable energy sources into the transmission network. In H2020 projects, they contribute real-world grid infrastructure expertise, operational data, and pilot testing environments for innovations in electricity balancing, hydrogen integration, and cross-border transmission technologies.
What they specialise in
FARCROSS explicitly targets grid stability, power flow controllers, and dynamic line rating technologies.
RES forecasting in FARCROSS and balancing solutions in FutureFlow address variable renewable generation challenges.
H2Future explored large-scale electrolysis for hydrogen production serving steel and fertilizer industries.
How they've shifted over time
APG's H2020 journey began in 2016 with electricity balancing and e-trading solutions (FutureFlow), then expanded into hydrogen production for heavy industry (H2Future, 2017), and most recently moved toward advanced grid hardware and cross-border coordination (FARCROSS, 2019). The progression shows a TSO expanding from operational software solutions toward both sector coupling (hydrogen) and physical grid innovation (dynamic line rating, power flow controllers). Their trajectory follows the broader European energy transition — from managing existing grids to actively enabling decarbonization infrastructure.
APG is positioning itself at the intersection of grid modernization and sector coupling, making them relevant for future projects on hydrogen corridors, flexible grid assets, and pan-European transmission coordination.
How they like to work
APG participates exclusively as a partner, never coordinating — consistent with TSOs contributing infrastructure access and operational expertise rather than leading research agendas. Their consortia are large (55 unique partners across 3 projects, averaging ~18 partners each), indicating they join ambitious, multi-country demonstration and innovation actions. They bring real grid assets to the table rather than research output, making them a high-value infrastructure partner.
APG has collaborated with 55 unique partners across 19 countries, reflecting the pan-European nature of transmission grid challenges. Their network spans the full breadth of EU member states, with likely concentration in Central and Southeastern Europe given the cross-border focus of their projects.
What sets them apart
As Austria's sole TSO, APG offers something most research partners cannot: access to a live, high-voltage transmission grid for piloting innovations at scale. Their participation in H2Future also demonstrates willingness to engage beyond traditional TSO boundaries into sector coupling and industrial decarbonization. For consortium builders, APG provides both critical infrastructure access and regulatory-operational credibility that strengthens any grid-related proposal.
Highlights from their portfolio
- H2FutureOne of Europe's flagship green hydrogen projects, connecting electrolysis directly to voestalpine's steel production — demonstrating sector coupling between electricity grid and heavy industry.
- FARCROSSLargest APG project by funding (EUR 168K), testing multiple advanced grid technologies (dynamic line rating, power flow controllers) for cross-border transmission optimization.