Impact

  • Acceptance of proposed solutions by society and communities
  • Training of research infrastructure staff
  • European SME innovative ecosystem

Actors: Particle accelerators, data centres, medical facilities, other ESFRI and ERIC operators

Actors: Grid operators (TenneT), engineering companies, national network regulators

Expected impact:

  • Electricity costs reduction
  • 100% renewable energy supply
  • Fully digitalised infrastructure
  • Lower GHG emissions from planning to dismissal
  • Reduction of material and resource usage during the facility lifetime

Expected impact:

  • Power flexibility strategies for accelerators and computing centres to reduce consumption
  • Increased power quality performance of electrical grids connected to facilities

Actors:
Public and private facilities, policymakers,
standardisation bodies, general public

Actors: Manufacturers, software and AI companies, High-tech SMEs

Expected impact:

  • Higher awareness of sustainable energy solutions
  • Training of public managers and operators by means of demonstrators, schools and workshops
  • Reduction of operation costs for public (hospitals, schools) and private (industry) facilities
  • Provision of open access data and benchmark results
  • Guidelines for future research facility sustainability and efficiency requirements

Expected impact:

  • Novel permanent magnets and
    Solid-State Amplifier solutions.
    → Increased TRL and lower energy consumption
  • Engage European innovative SME.
    → Facilitate idea transfer from project to market (e.g. for Phasor Measurement Units)
  • Acceptance of proposed solutions by society and communities
  • Training of research infrastructure staff
  • European SME innovative ecosystem

Actors: Particle accelerators, data centres, medical facilities, other ESFRI and ERIC operators

Actors: Grid operators (TenneT), engineering companies, national network regulators

Expected impact:

  • Electricity costs reduction
  • 100% renewable energy supply
  • Fully digitalised infrastructure
  • Lower GHG emissions from planning to dismissal
  • Reduction of material and resource usage during the facility lifetime

Expected impact:

  • Power flexibility strategies for accelerators and computing centres to reduce consumption
  • Increased power quality performance of electrical grids connected to facilities

Actors:
Public and private facilities, policymakers,
standardisation bodies, general public

Actors: Manufacturers, software and AI companies, High-tech SMEs

Expected impact:

  • Higher awareness of sustainable energy solutions
  • Training of public managers and operators by means of demonstrators, schools and workshops
  • Reduction of operation costs for public (hospitals, schools) and private (industry) facilities
  • Provision of open access data and benchmark results
  • Guidelines for future research facility sustainability and efficiency requirements

Expected impact:

  • Novel permanent magnets and
    Solid-State Amplifier solutions.
    → Increased TRL and lower energy consumption
  • Engage European innovative SME.
    → Facilitate idea transfer from project to market (e.g. for Phasor Measurement Units)
  • Acceptance of proposed solutions by society and communities
  • Training of research infrastructure staff
  • European SME innovative ecosystem

Actors: Particle accelerators, data centres, medical facilities, other ESFRI and ERIC operators

Expected impact:

  • Electricity costs reduction
  • 100% renewable energy supply
  • Fully digitalised infrastructure
  • Lower GHG emissions from planning to dismissal
  • Reduction of material and resource usage during the facility lifetime

Actors: Grid operators (TenneT), engineering companies, national network regulators

Expected impact:

  • Power flexibility strategies for accelerators and computing centres to reduce consumption
  • Increased power quality performance of electrical grids connected to facilities

Actors:
Public and private facilities, policymakers,
standardisation bodies, general public

Expected impact:

  • Higher awareness of sustainable energy solutions
  • Training of public managers and operators by means of demonstrators, schools and workshops
  • Reduction of operation costs for public (hospitals, schools) and private (industry) facilities
  • Provision of open access data and benchmark results
  • Guidelines for future research facility sustainability and efficiency requirements

Actors: Manufacturers, software and AI companies, High-tech SMEs

Expected impact:

  • Novel permanent magnets and
    Solid-State Amplifier solutions.
    → Increased TRL and lower energy consumption
  • Engage European innovative SME.
    → Facilitate idea transfer from project to market (e.g. for Phasor Measurement Units)