All five H2020 projects (WaveBoost, SEA-TITAN, DTOceanPlus, VALID, EU-SCORES) center on wave energy device development and performance improvement.
CORPOWER OCEAN AB
Swedish wave energy technology SME developing high-performance wave energy converters from device R&D through offshore deployment validation.
Their core work
CorPower Ocean is a Swedish wave energy technology company that designs and develops wave energy converters (WECs) for commercial ocean energy deployment. They focus on improving the performance, reliability, and survivability of wave energy devices — from power take-off (PTO) systems and braking modules to grid integration and compliance. Their work spans the full development chain: component-level testing, sub-system optimization, and scaled device validation, with a clear drive toward reducing the levelized cost of energy (LCOE) for wave power.
What they specialise in
WaveBoost focused specifically on advanced braking modules with cyclic energy recovery for enhanced PTO reliability; VALID addressed component and subsystem durability.
VALID introduced hybrid testing, accelerated testing, and new testing procedures for wave energy components; WaveBoost also addressed reliability validation.
WaveBoost explicitly targeted grid integration and grid compliance; EU-SCORES addressed complementary offshore renewable energy sources feeding into grids.
DTOceanPlus developed open-source design tools with stage-gate management; VALID focused on LCOE reduction through improved designs.
EU-SCORES (EUR 14.4M) explores scalable complementary offshore renewable energy sources, signaling a move toward multi-technology offshore platforms.
How they've shifted over time
In their early H2020 period (2016–2018), CorPower focused on core wave energy device engineering — improving PTO performance, reliability, end-stop mechanisms, and achieving grid compliance. Their later projects (2020–2027) shifted decisively toward testing infrastructure and methodology (hybrid testing, accelerated testing, new test rigs) and toward integrating wave energy into broader multi-source offshore energy systems. This evolution reflects a company maturing from device-level R&D toward industrial-scale validation and deployment readiness.
CorPower is transitioning from component-level wave energy R&D toward full-scale offshore deployment validation, positioning themselves for commercial wave energy markets as part of combined offshore renewable platforms.
How they like to work
CorPower primarily participates as a partner (4 of 5 projects) rather than leading consortia, though they did coordinate WaveBoost — their most device-specific project. With 66 unique consortium partners across 16 countries, they maintain a broad European network rather than relying on a small circle. This pattern suggests a technology SME that contributes specialized wave energy expertise to large collaborative efforts while selectively leading projects closest to their core device technology.
CorPower has collaborated with 66 distinct partners across 16 countries, indicating a well-connected position within the European ocean energy research community. Their participation in large-scale projects like EU-SCORES (EUR 14.4M) places them alongside major offshore energy players across Western and Northern Europe.
What sets them apart
CorPower is one of very few European SMEs focused exclusively on wave energy converter technology with continuous H2020 engagement from device R&D through to multi-megawatt offshore deployment validation. Their EUR 17.7M in total EC funding — exceptional for an SME — signals strong EU confidence in their technology. For consortium builders, they bring rare end-to-end wave energy expertise: from PTO mechanics and reliability engineering to grid compliance and techno-economic modeling.
Highlights from their portfolio
- EU-SCORESBy far the largest project (EUR 14.4M to CorPower alone), focused on scalable combined offshore renewables — signals transition from R&D to demonstration scale.
- WaveBoostTheir only coordinator role, developing a cyclic energy recovery braking module — represents their core proprietary technology contribution.
- VALIDIntroduced new accelerated and hybrid testing methodologies for wave energy, addressing one of the sector's key barriers: proving device lifetime and reliability without decades of sea trials.