SciTransfer
Organization

CENTRE DE RECHERCHE CREM

Swiss applied research centre building open-source tools for energy system mapping, low-carbon data sharing, and heating and cooling planning.

Research instituteenergyCHNo active H2020 projectsThin data (2/5)
H2020 projects
2
As coordinator
1
Total EC funding
€240K
Unique partners
19
What they do

Their core work

CREM is a Swiss applied research centre based in Martigny, Valais, focused on energy systems analysis and the development of open-source software tools for energy planning and data management. Their practical contribution sits at the intersection of energy modelling and software engineering: they build tools that let planners, municipalities, and policymakers map heating and cooling demand, compare low-carbon scenarios, and share energy datasets across organisations. In H2020 they moved from supporting a large multi-partner mapping platform to leading an EU-funded initiative on open energy data infrastructure, demonstrating both technical depth and project management capacity. Their work is directly applicable to national and regional energy transition planning, particularly in the context of decarbonising heating networks and integrating renewable energy sources.

Core expertise

What they specialise in

Open-source energy planning toolsprimary
2 projects

Both HotMaps and EnerMaps centred on building and disseminating open-source software for energy system analysis, with CREM contributing to or leading tool development in each.

Energy system mapping and spatial analysisprimary
1 project

HotMaps (2016–2020) was explicitly a mapping and planning tool for heating and cooling energy systems, and CREM participated as a technical contributor.

Low-carbon energy data infrastructureprimary
1 project

EnerMaps (2020–2022), which CREM coordinated, focused on tools to share, compare, and reuse low-carbon energy datasets across European users.

Heating and cooling demand analysissecondary
1 project

CREM's participation in HotMaps, a project specifically targeting heating and cooling system planning, grounds their competence in thermal energy demand modelling.

Research project coordinationemerging
1 project

CREM's role as coordinator of EnerMaps, managing a multi-country consortium under a CSA scheme, signals developing capacity in EU project leadership.

Evolution & trajectory

How they've shifted over time

Early focus
Energy system mapping tools
Recent focus
Open energy data platforms

CREM's two-project H2020 trajectory shows a clear upward shift in responsibility and scope: they entered as a minor technical participant in a large mapping-focused RIA project (HotMaps, EUR 15K), then stepped up to lead a dedicated data infrastructure initiative (EnerMaps, EUR 225K) under a coordination scheme. The thematic thread is consistent — open-source tools for energy planning — but the move from participant to coordinator signals institutional maturation and growing confidence in managing European consortia. No keyword metadata is available to track finer thematic shifts, so this evolution is inferred from roles and project titles alone.

CREM is moving toward a platform and data-infrastructure role in the European energy research ecosystem, positioning itself as a builder of shared digital tools rather than a purely analytical body — a trajectory that makes them a natural partner for energy data governance or digital twin initiatives.

Collaboration profile

How they like to work

Role: active_partnerReach: European12 countries collaborated

CREM has operated in both follower and leader roles across their two H2020 projects, suggesting flexibility in how they engage with consortia. Their network is notably broad for an organisation with only two projects — 19 distinct partners across 12 countries — indicating they join well-connected, multi-national consortia rather than small closed groups. Stepping up to coordinate EnerMaps suggests they are building towards a more central role in future projects, though their track record as a lead is still limited.

Despite only two H2020 projects, CREM has engaged with 19 unique partners across 12 countries, reflecting participation in large, geographically diverse European consortia. Their network spans well beyond Switzerland, indicating solid integration into the European energy research community.

Why partner with them

What sets them apart

CREM occupies a niche that few Swiss research centres fill: applied open-source tool development for energy transition planning, combining software engineering with energy systems expertise. Based in Martigny in the energy-active Valais region of Switzerland, they bring Swiss precision and applied R&D culture to EU consortia without the overhead of a large university structure. Their demonstrated willingness to move from participant to project coordinator distinguishes them as an organisation that grows with its partners, not just alongside them.

Notable projects

Highlights from their portfolio

  • EnerMaps
    CREM's largest project by far (EUR 225,188) and the one they coordinated — building open-source tools to share and reuse low-carbon energy data across Europe, a direct infrastructure contribution to the energy transition.
  • HotMaps
    A high-profile Horizon 2020 RIA project on heating and cooling system mapping where CREM gained early experience in multi-country consortia, establishing their energy planning credentials before taking on a coordinator role.
Cross-sector capabilities
Urban and regional planning (spatial energy demand mapping applicable to smart city tools)Environment and climate (low-carbon data platforms support emissions monitoring and reporting)Digital infrastructure (open-source tool development transferable to other data-sharing platforms)
Analysis note: Only two projects with no keyword metadata available; all expertise inferences are drawn from project titles and role data alone. The profile is directionally reliable but lacks the depth needed to distinguish CREM's specific technical methods or tooling stack. A third-party review of their website or publications would substantially improve confidence.