PROMOTION (EUR 3.17M, their largest project) focused on meshed HVDC offshore transmission networks, and DORNA addresses high-reliability motor drives for propulsion.
HITACHI ENERGY SWEDEN AB
Swedish power transmission and industrial technology giant contributing grid systems, robotics, and advanced materials expertise to European research consortia.
Their core work
Hitachi Energy Sweden AB (formerly part of ABB's power grids division) is a major industrial player in power transmission, electrical systems, and advanced manufacturing. In H2020, they contributed industrial-grade expertise in HVDC transmission networks, power electronics, robotics, and process optimization. They bring real-world deployment capability to research consortia, serving as the bridge between laboratory results and industrial-scale implementation across energy, manufacturing, and digital domains.
What they specialise in
SARAFun (their only coordinated project) developed smart assembly robots; SYMBIO-TIC, ROSIN, and 5G-SMART all addressed factory automation, robot software, and 5G-enabled manufacturing.
Participated across all three Graphene Flagship Core phases (GrapheneCore1-3), contributing to composite materials, energy applications, and electronics use cases.
DISIRE applied machine learning for integrated process control, FUDIPO addressed production planning optimization, and MANUELA used ML for additive manufacturing quality monitoring.
MANUELA pilot line project covered powder bed fusion, in-line quality control, and material qualification for AM — a new direction for the company.
LOTUS project applied sensor technology and decision support systems for water quality monitoring across urban and agricultural settings.
How they've shifted over time
In the early period (2015–2017), Hitachi Energy focused on core industrial strengths: HVDC power transmission, process control with in-situ sensors, and robotic assembly — areas tightly connected to their power grid and factory automation heritage. From 2018 onward, the portfolio diversified significantly toward advanced materials (graphene across three flagship phases), additive manufacturing, 5G-enabled smart factories, and even environmental monitoring. This shift signals a deliberate move from traditional heavy electrical engineering toward digitalized, materials-driven industrial innovation.
Hitachi Energy is evolving from a pure power transmission company toward a digitalized industrial technology provider, with growing investments in graphene, additive manufacturing, and AI-driven process control.
How they like to work
Hitachi Energy overwhelmingly operates as a consortium partner (15 of 16 projects), contributing industrial infrastructure and domain expertise rather than leading research agendas. Their single coordination role (SARAFun) was in robotics, suggesting they lead only when the topic directly aligns with their product lines. With 425 unique partners across 32 countries, they function as a well-connected industrial hub — valuable for any consortium needing a large-company validation and deployment partner.
With 425 unique consortium partners across 32 countries, Hitachi Energy has one of the broadest collaboration networks among Swedish industrial companies in H2020. Their partnerships span all of Europe with no single geographic concentration, reflecting their multinational operational footprint.
What sets them apart
Hitachi Energy brings something rare to consortia: a global-scale industrial company with actual production facilities willing to serve as demonstration and validation sites. Unlike universities or research institutes, they can test technologies under real factory and grid conditions. Their combination of power systems expertise with emerging digital manufacturing capabilities makes them an ideal end-user partner for projects that need to prove industrial viability.
Highlights from their portfolio
- PROMOTIONTheir largest project (EUR 3.17M) advancing meshed HVDC offshore networks — directly tied to Europe's offshore wind energy strategy and their core business.
- SARAFunTheir only coordinated project (EUR 1.05M), developing smart assembly robots with advanced functionalities — shows where they take technical leadership.
- GrapheneCore2Part of the EU's flagship graphene initiative across three phases, signaling a long-term strategic bet on advanced materials for energy and electronics applications.