SciTransfer
Organization

FEV POLSKA SPOLKA Z OGRANICZONA ODPOWIEDZIALNOSCIA

Polish arm of FEV Group delivering automotive engineering expertise in EV battery thermal management and secure connected vehicle systems.

Engineering firmtransportPLNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€256K
Unique partners
66
What they do

Their core work

FEV Polska is the Polish subsidiary of FEV Group, a major international automotive engineering services firm headquartered in Aachen, Germany. They provide specialized engineering services in vehicle systems development, covering both digital connectivity for mobility platforms and thermal management solutions for battery electric vehicles. Their H2020 participation shows contributions to large-scale industrial consortia in two converging areas: securing connected vehicle and IoT architectures (SCOTT) and developing self-sustaining thermal management systems that extend BEV driving range while reducing costs (SELFIE). In practice, they function as an engineering partner offering simulation, systems integration, testing, and calibration capabilities to automotive OEMs and Tier-1 suppliers across Europe.

Core expertise

What they specialise in

Battery thermal management for electric vehiclesprimary
1 project

SELFIE (2018–2023) focused specifically on self-sustained thermal management solutions to improve energy efficiency and driving range in battery electric vehicles.

Secure connected vehicle and IoT systemssecondary
1 project

SCOTT (2017–2020) addressed trusted and secure connectivity architectures for connected things, relevant to automotive and mobility applications.

EV energy efficiency and range optimizationsecondary
1 project

SELFIE keywords include long driving range and costs reduction, indicating applied engineering work toward improving BEV commercial viability.

Automotive systems engineering and validationsecondary
2 projects

Participation in both an ECSEL Innovation Action and a standard IA confirms applied industrial engineering capacity, consistent with FEV Group's testing and integration services.

Evolution & trajectory

How they've shifted over time

Early focus
Secure IoT connectivity
Recent focus
BEV battery thermal management

Their H2020 track opens in 2017 with SCOTT, a broad secure-connectivity project in the ICT pillar with no specific automotive keywords, suggesting an entry point through digital infrastructure for mobility. By 2018 they had shifted into a focused transport application — battery electric vehicle thermal management — with all recorded keywords pointing squarely at EV engineering: battery systems, thermal management, energy efficiency, long driving range, costs reduction. With only two projects the sample is thin, but the direction is clear: from general connected-systems participation toward highly specific BEV technology development, which mirrors the automotive industry's own pivot toward electrification during that period.

FEV Polska is moving deeper into electric vehicle battery technology — specifically thermal management and efficiency — which positions them well for future consortia targeting EV performance, battery longevity, and cost reduction for mass-market adoption.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European15 countries collaborated

FEV Polska has participated exclusively as a consortium member, never as a coordinator — a pattern consistent with a specialist engineering services provider that joins projects to deliver defined technical workpackages rather than to lead them. Despite having only two projects, they accumulated 66 unique partners across 15 countries, which indicates participation in very large pan-European consortia (ECSEL Joint Undertaking projects routinely involve 30–60+ partners). This suggests they are comfortable operating within complex multi-stakeholder structures and are experienced at contributing focused engineering outputs within distributed project governance.

From just two projects, FEV Polska reached 66 unique consortium partners across 15 countries — a footprint that reflects participation in large ECSEL and Horizon IA projects with broad pan-European membership. Their network is wide but shallow: many connections built through large shared consortia rather than repeated bilateral collaboration.

Why partner with them

What sets them apart

As a subsidiary of FEV Group — one of the world's largest independent automotive engineering services firms — FEV Polska brings the brand credibility and technical depth of a global player combined with the cost structure and location advantage of a Polish operation. This makes them an attractive partner for consortia that need credible automotive engineering capacity in Central-Eastern Europe. Their dual exposure to vehicle connectivity security and BEV battery thermal management is a rare combination for a single organization, covering two of the most pressing technical challenges in the automotive transition.

Notable projects

Highlights from their portfolio

  • SELFIE
    Their largest and longest project (€163,835, running through 2023), directly targeting the commercial EV market through self-sustained battery thermal management — a topic with clear industrial and investment relevance.
  • SCOTT
    An ECSEL Joint Undertaking project on secure connected things, demonstrating FEV Polska's capacity to contribute to large-scale public-private partnerships beyond pure automotive hardware.
Cross-sector capabilities
Digital / IoT security for connected systemsEnergy storage and battery technologyManufacturing and automotive supply chain engineering
Analysis note: Only two projects with limited keyword data; one project (SCOTT) carries no keywords at all. Confidence is low for a purely data-driven profile. The analysis is strengthened by FEV Group's well-known identity as a global automotive engineering services company, which provides contextual grounding for claims about their real-world capabilities — but those claims go beyond what the raw CORDIS data alone can prove.