Both FloTEC and ELEMENT are tidal energy projects where ABB's role as a large industrial company points to power conversion, electrical integration, or drivetrain systems for tidal devices.
ABB LIMITED
UK arm of ABB Group contributing power systems and electrification expertise to tidal and ocean energy research consortia.
Their core work
ABB Limited is the UK arm of ABB Group, a global industrial technology company specialising in electrification, power conversion, and automation systems. In the context of H2020, their work focuses on electrical and power systems for marine and tidal energy installations — likely covering grid connection, power electronics, and subsea electrical infrastructure. Both EU projects place them within tidal energy development consortia, where an industrial player like ABB contributes drivetrain electrification, converter technology, or offshore power conditioning expertise. Their participation as a non-coordinating industrial partner reflects the typical role of a major equipment or system supplier embedded in research-to-commercialisation projects.
What they specialise in
FloTEC (Floating Tidal Energy Commercialisation, 2016–2021) explicitly targets moving tidal technology from demonstration to commercial viability, an area where ABB's industrial scale and supply chain matter.
ELEMENT (2019–2023) addresses operational life extension of marine tidal systems, suggesting involvement in reliability engineering, materials performance, or electrical system durability under harsh offshore conditions.
How they've shifted over time
ABB's H2020 trajectory is narrow but coherent: both projects fall squarely in tidal and ocean energy, with no visible diversification across their EU portfolio. The first project (FloTEC, 2016) had no recorded keywords in the data, while the second (ELEMENT, 2019) generated explicit terms — tidal energy, tidal power, ocean energy — suggesting either deeper technical embedding or simply better metadata capture in later projects. The shift in project framing from "commercialisation" to "lifetime extension" hints at a maturation in the sector: less focus on proving the technology works, more focus on making it last and reducing operational costs.
ABB appears to be tracking the tidal energy sector as it moves from demonstration toward operational deployment — making them a relevant partner for projects focused on reducing the cost and improving the reliability of ocean energy infrastructure.
How they like to work
ABB participates exclusively as a consortium partner, never as coordinator — consistent with large industrial companies that contribute technology or components rather than drive research programmes. Their consortium exposure is notably wide for just two projects: 28 unique partners across 7 countries suggests both FloTEC and ELEMENT were large, multi-partner consortia rather than small bilateral collaborations. This pattern indicates ABB operates as a specialist contributor within complex industry-academia consortia, not a relationship-driven repeat collaborator with fixed partners.
Through only two projects, ABB has engaged with 28 distinct consortium partners across 7 countries, pointing to large pan-European consortia typical of tidal energy programmes involving UK, Irish, French, and Nordic actors. Their network is functionally European and concentrated in the ocean energy cluster.
What sets them apart
ABB Limited brings the industrial credibility and supply chain of a global electrification and automation group to tidal energy research consortia — a rare asset in a sector dominated by SMEs, universities, and national labs. Their participation signals to funders and partners that a major equipment manufacturer sees commercial potential in the technology, which can strengthen consortium profiles. For a project building toward market deployment of tidal devices, ABB's involvement as an industrial partner lends the kind of real-world validation that purely academic teams cannot provide.
Highlights from their portfolio
- ELEMENTFocused on extending operational lifetime of marine tidal assets, this project reflects a more mature, cost-reduction phase of tidal energy development — an important signal for the sector's long-term viability.
- FloTECThe largest of ABB's two funded projects (EUR 357,875), this commercialisation-focused programme positioned ABB at the intersection of research and industrial deployment for floating tidal technology.