SciTransfer
Organization

NOKIAN RENKAAT OYJ

Finnish tyre manufacturer developing smart tyre technology for EVs, vehicle-to-grid energy systems, and sensor-enabled autonomous driving.

Large industrial companytransportFINo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€244K
Unique partners
59
What they do

Their core work

Nokian Tyres is a Finnish tyre manufacturer with a strong heritage in winter and all-season tyres for Nordic and harsh-climate markets. In EU research, they participate as an industrial partner bringing real-world product validation and manufacturing-scale expertise to technology projects at the intersection of tyres, electronics, and electromobility. Their H2020 footprint reveals a strategic interest in embedding sensors and electronics into tyre systems, and in connecting tyre performance data to vehicle-to-grid energy networks and smart mobility platforms. They are one of the very few tyre manufacturers engaged in European digital research, positioning them as an unusual but valuable industrial anchor in consortia developing next-generation mobility technology.

Core expertise

What they specialise in

Smart tyre technology for electric vehiclesprimary
1 project

Energy ECS (2021–2024) explicitly targets smart tyres within an EV charging and smart grid ecosystem, including energy harvesting and bi-directional charging applications.

1 project

EuroPAT-MASIP (2017–2021) focused on System-in-Package manufacturing processes — Fan-Out Wafer-Level Packaging and Embedded Wafer-Level Ball Grid Array — likely relevant to miniaturised tyre sensor electronics.

Vehicle-to-grid and energy managementemerging
1 project

Energy ECS keywords include V2G, smart grid, bi-directional charging, and energy harvesting, suggesting Nokian Tyres is exploring the tyre's role in the EV energy exchange loop.

Autonomous driving sensor integrationemerging
1 project

Energy ECS lists LiDARs, sensors, XR/AR/VR, and autonomous driving among its scope, indicating Nokian Tyres is exploring tyre-road interaction data for autonomous vehicle systems.

Evolution & trajectory

How they've shifted over time

Early focus
Advanced electronics packaging for sensors
Recent focus
Smart tyres in EV and V2G ecosystems

Their first project (2017–2021) was rooted in semiconductor packaging — SiP, FOWLP, eWLB — which is the foundational electronics manufacturing know-how needed to embed miniaturised sensors and electronics into physical products like tyres. By 2021, their second project shifted decisively toward smart mobility outcomes: electric vehicles, smart grids, V2G, autonomous driving, and energy harvesting, all framed around the concept of the "smart tyre." The trajectory is coherent: early groundwork in how to manufacture embedded electronics, followed by applied deployment of that capability in the electromobility domain.

Nokian Tyres is moving toward positioning the tyre itself as an active node in the smart mobility infrastructure — harvesting energy, feeding grid data, and supporting autonomous vehicle perception — rather than a passive mechanical component.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European12 countries collaborated

Nokian Tyres has participated exclusively as a consortium partner, never as coordinator, across both projects — consistent with a large industrial company using EU research to scout and validate emerging technologies rather than to lead research agendas. Their 59 unique partners across just 2 projects indicates they joined large, multi-stakeholder Innovation Actions, where they likely contribute product-level validation, real-world testing environments, and manufacturing insight rather than basic research. Working with them likely means access to tyre-testing infrastructure and industrial product feedback cycles, but they will not drive project management.

Despite only 2 projects, Nokian Tyres has connected with 59 unique partners across 12 countries, reflecting participation in large pan-European Innovation Action consortia. Their network likely spans semiconductor firms, automotive OEMs, energy technology companies, and ICT research institutes.

Why partner with them

What sets them apart

Nokian Tyres is one of the only tyre manufacturers visible in the H2020 Digital/ICT pillar, which makes them a rare industrial bridge between the physical mobility layer (tyres, road contact, vehicle dynamics) and the digital smart mobility stack (EVs, V2G, autonomous sensors). Any consortium working on smart vehicles, road infrastructure data, or EV energy management that needs a credible tyre industry partner with actual manufacturing capability would find few alternatives. Their Finnish base also brings strong Nordic winter-mobility context, relevant for any project touching cold-climate EV performance or road safety sensing.

Notable projects

Highlights from their portfolio

  • Energy ECS
    Directly aligns with Nokian Tyres' core business and future strategy, covering smart tyres, EV charging, V2G, autonomous driving, and energy harvesting — the most forward-looking project in their portfolio.
  • EuroPAT-MASIP
    Reveals the less-obvious electronics manufacturing depth behind their smart tyre ambitions, with the highest EC funding of the two projects (EUR 155,500) and a focus on SiP packaging relevant to miniaturised tyre sensors.
Cross-sector capabilities
Energy and smart grid integration (V2G, bi-directional charging, energy harvesting)Advanced electronics manufacturing (System-in-Package, FOWLP, embedded sensor packaging)Digital mobility infrastructure (autonomous driving, LiDAR data, XR/AR applications)
Analysis note: Only 2 projects with modest total EC funding (EUR 243K) — this is peripheral R&D engagement for a large corporation, not a primary research identity. The keyword evolution tells a plausible and coherent story, but both data points are thin. Profile is substantially informed by Nokian Tyres' well-known public industrial identity as a tyre manufacturer; claims about their real contributions within these consortia cannot be verified from CORDIS data alone.