SciTransfer
Organization

LATVIJAS UDENRAZA ASOCIACIJA

Latvia's national hydrogen association bridging EU FCH deployment projects with Latvian transport, energy, and regulatory institutions.

NGO / AssociationenergyLVThin data (2/5)
H2020 projects
2
As coordinator
0
Total EC funding
€499K
Unique partners
51
What they do

Their core work

The Latvian Hydrogen Association is a national industry body representing Latvia's hydrogen sector — bringing together companies, public authorities, and research actors around the development and deployment of hydrogen and fuel cell technologies. Their H2020 work shows two clear functions: supporting the real-world deployment of hydrogen fuel cell buses through the pan-European JIVE initiative, and contributing to the mapping of legal and administrative barriers facing FCH technologies through the HyLAW project. In practice, they serve as a national gateway for hydrogen initiatives — connecting Latvian actors to European-level projects and helping translate EU policy frameworks into national context. Their value to consortia is access to national policy channels, transport operators, and the Latvian institutional network rather than deep laboratory research capability.

Core expertise

What they specialise in

1 project

Participated in JIVE (2017–2024), a large Innovation Action focused on deploying hydrogen fuel cell buses across Europe, receiving EUR 454,375 in EC funding.

Regulatory and legal frameworks for FCH technologiesprimary
1 project

Participated in HyLAW (2017–2019), a Coordination and Support Action specifically mapping legal rules and administrative processes applicable to fuel cell and hydrogen technologies.

National hydrogen sector representation and advocacyprimary
2 projects

As Latvia's national hydrogen association, their participation in both JIVE and HyLAW reflects a sector-wide advocacy and coordination role rather than a narrowly technical one.

Zero-emission transport policysecondary
1 project

JIVE's focus on zero-emission hydrogen buses positions them at the intersection of transport decarbonization policy and hydrogen infrastructure development.

Evolution & trajectory

How they've shifted over time

Early focus
Hydrogen buses and FCH regulation
Recent focus
Hydrogen vehicle deployment

Both of their H2020 projects started in 2017, meaning their EU-funded work began with a dual focus: hands-on deployment of hydrogen buses (JIVE) and regulatory groundwork for FCH technologies (HyLAW). There is no meaningful keyword evolution between early and recent periods in the data — the same themes (hydrogen fuel cell buses, zero emission) appear throughout, and the recent keyword set is empty, likely because HyLAW ended in 2019 and JIVE's later phases generated no additional tagged keywords. The clearest signal is that their longest and most funded project (JIVE, running to 2024) was a real-world deployment initiative, suggesting a gradual shift from regulatory mapping toward implementation and market development.

They appear to be moving from policy and legal groundwork toward supporting actual hydrogen technology deployment, making them a useful partner for demonstration and market-uptake projects in transport and clean energy.

Collaboration profile

How they like to work

Role: specialist_contributorReach: European18 countries collaborated

The Latvian Hydrogen Association has only ever participated as a consortium partner — never as a project coordinator — which is consistent with their role as a national association rather than a research or project management entity. They operate in large, multi-country consortia: JIVE involved partners across more than a dozen European countries, placing them in a network of 51 unique partners across 18 countries from just two projects. This suggests they are selected for their national reach and sector connections rather than for leading technical workpackages.

Despite only two projects, the association has built a remarkably broad network of 51 unique partners spanning 18 countries — almost entirely through JIVE, which was a flagship pan-European hydrogen mobility initiative. Their network is European in scope but likely concentrated around transport authorities, hydrogen bus operators, and national hydrogen associations in other EU member states.

Why partner with them

What sets them apart

As Latvia's dedicated national hydrogen association, they occupy a position that no research institute or company can replicate: they are the representative voice of the Latvian hydrogen sector and the natural contact point for any consortium that needs Latvian institutional buy-in, national policy access, or Baltic regional reach in hydrogen projects. Their combination of deployment experience (JIVE) and regulatory expertise (HyLAW) makes them unusually well-rounded for an association their size. For consortia building hydrogen mobility or infrastructure projects that need national body representation in the Baltic states, they are the obvious first call in Latvia.

Notable projects

Highlights from their portfolio

  • JIVE
    A flagship EUR 454,375 Innovation Action running from 2017 to 2024 — one of Europe's largest coordinated hydrogen bus deployment initiatives, giving the association long-term exposure to real-world FCH vehicle rollout across multiple countries.
  • HyLAW
    A Coordination and Support Action mapping legal and administrative barriers to fuel cell and hydrogen technology across EU member states — rare regulatory-focused FCH work that directly informs national policy alignment.
Cross-sector capabilities
Zero-emission urban transportClean mobility policy and regulationNational energy transition advocacyBaltic region market access for hydrogen technologies
Analysis note: Only 2 projects, both starting in the same year (2017), with minimal keyword metadata — limits the ability to show meaningful evolution over time. The profile is reasonable but leans heavily on inference from project titles and types. A fuller picture would require information about their national membership base, advocacy activities, or non-H2020 projects.