CENTRAL RESEARCH INSTITUTE OF ELECTRIC POWER INDUSTRY

Their core work

CRIEPI is Japan's primary research institution dedicated to the electric power industry, conducting fundamental and applied research that underpins the safety and longevity of nuclear power plants. Their core work involves characterising how reactor materials — particularly pressure vessel steels — degrade under radiation over decades of operation, using both experimental testing and computational modelling. In their H2020 participation, they contribute Japanese experimental expertise to European nuclear safety consortia, specifically on irradiated steel testing and radiation damage databases. They represent a rare non-European voice in EU nuclear materials research, bringing data and test capabilities from Japan's long-running nuclear programme.

What they specialise in

How they've shifted over time

Both H2020 projects began in 2020, so the timeline is short, but the keyword split reveals two complementary emphases: their earlier project engagement centred on data infrastructure and ageing management — building shared knowledge resources across the nuclear safety community. Their second project shifted toward hands-on experimental methods, specifically the miniaturisation of fracture mechanics tests on irradiated steel, which is a technically demanding specialisation driven by the scarcity of irradiated test material. The overall direction is from broad safety databases toward precision experimental testing at the material level.

CRIEPI is moving toward highly specialised experimental testing methods that address a practical bottleneck in nuclear safety research: how to test irradiated materials when only tiny sample volumes are available.

How they like to work

CRIEPI participates exclusively as a consortium partner — they have never led an H2020 project — which is typical for non-European organisations working within EU-funded programmes. Despite only two projects, they have engaged with 37 distinct partners across 17 countries, indicating they join large, multi-partner research consortia rather than small bilateral teams. For potential partners, this means CRIEPI is experienced at functioning within complex, multi-institutional settings and contributes specialist Japanese expertise without seeking project leadership.

CRIEPI has built connections with 37 unique partners across 17 countries through just two projects, reflecting the large consortium sizes common in EU nuclear safety research. Their network is genuinely international and extends well beyond Europe, making them a bridge between Japanese and European nuclear research communities.

What sets them apart

CRIEPI is one of very few Japanese research institutes active in EU H2020 nuclear safety projects, giving European consortia access to Japanese experimental data and decades of operational nuclear power experience that is otherwise hard to reach. Japan has operated nuclear plants for longer than most European countries and under different regulatory and material conditions, meaning CRIEPI's data is genuinely complementary rather than duplicative. For consortia working on reactor lifetime extension or international benchmarking of materials databases, CRIEPI provides a non-European reference point that strengthens the global validity of results.

Highlights from their portfolio

• FRACTESUS
  Addresses a practical bottleneck in nuclear safety research — how to conduct fracture mechanics tests when irradiated steel samples are scarce — through miniaturised sub-sized specimen methods, a niche with direct regulatory and operational impact.
• ENTENTE
  A data infrastructure project building a shared European database for multiscale radiation damage modelling, positioning CRIEPI as a contributor to a community resource that will underpin nuclear safety assessments for years.