FARCROSS (2019–2023) directly targeted facilitation of cross-border electricity transmission through regional coordination mechanisms and capacity reserve management.
MOBILITY ENERGY INNOVATIONS KFT
Hungarian energy SME specializing in cross-border electricity grid management, RES integration, and European transmission and distribution market systems.
Their core work
Mobility Energy Innovations is a Budapest-based energy technology SME specializing in electricity grid modernization, cross-border power trading, and energy market integration across European networks. Their work focuses on the practical challenges of integrating renewable energy into transmission and distribution grids — from forecasting RES output and managing capacity reserves to coordinating power flows across national borders. In both H2020 projects they contributed as an industry partner bringing applied expertise in grid technologies such as power flow controllers and dynamic line rating, tools used to push more electricity through existing infrastructure. They appear to work at the intersection of grid engineering and energy market design, bridging the technical and regulatory dimensions of Europe's energy transition.
What they specialise in
FARCROSS keywords include power flow controllers and dynamic line rating — hardware and software tools for increasing transmission capacity without building new lines.
Grid stability and RES forecasting appear as core FARCROSS themes, reflecting expertise in managing variable renewable generation on the grid.
OneNet (2020–2024) extended their scope to cover the full value chain from transmission systems through distribution to end consumers and market mechanisms.
How they've shifted over time
Their early H2020 work (FARCROSS, from 2019) concentrated on the transmission-level problem of moving electricity across national borders — capacity reserves, regional coordination, and the physical tools like dynamic line rating that make cross-border flows more flexible. Their more recent project (OneNet, from 2020) shifted focus to the full vertical stack of the electricity system: transmission, distribution, end consumers, and energy markets. This suggests a deliberate expansion from a narrow transmission/cross-border niche toward a broader energy system integration capability that includes how demand-side actors and market structures interact with the grid.
They are moving from solving specific cross-border transmission bottlenecks toward understanding the whole energy system — a trajectory that aligns with Europe's push for integrated electricity markets and active consumer participation, suggesting future relevance in demand flexibility and market coupling projects.
How they like to work
Mobility Energy Innovations has participated exclusively as a consortium partner, never as a coordinator, which is typical for a small specialized SME contributing technical or market expertise within larger innovation projects. Despite only two projects, they have engaged with 106 unique partners across 28 countries, indicating involvement in large, pan-European consortia with broad multi-stakeholder participation. This profile suggests they are brought in for specific applied expertise rather than for project management, making them a reliable specialist contributor within well-organized large consortia.
With 106 consortium partners across 28 countries from just two projects, their network is disproportionately wide for their size — a direct result of participating in large, multi-country Innovation Actions. Their geographic reach spans most of the EU, with no evident regional concentration beyond a Hungarian base.
What sets them apart
Among Hungarian energy SMEs in H2020, Mobility Energy Innovations stands out for focusing specifically on the electricity transmission infrastructure layer — not solar panels or wind turbines, but the grid systems that carry and trade power across borders. Their combination of grid flexibility technologies (dynamic line rating, power flow controllers) with energy market knowledge is relatively rare and directly applicable to TSO and DSO modernization challenges. For a consortium building a project around cross-border renewable integration or smart grid market design, they bring Hungarian market access alongside pan-European grid expertise.
Highlights from their portfolio
- OneNetTheir largest funded project (€313,162) and the broader in scope — connecting transmission, distribution, and consumer market layers in a single integrated European electricity network vision.
- FARCROSSFocused specifically on cross-border transmission innovation including power flow controllers and dynamic line rating — niche hardware-level grid technologies rarely addressed in H2020 energy projects.