Discover the Sustainable Energy Hub – And What’s Coming in 2025!

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F6S Innovation Launches the Sustainable Energy Hub

A Platform for Co-Creation and Knowledge Sharing in Energy Efficiency

F6S Innovation is proud to announce the launch of the Sustainable Energy Hub, a dynamic platform designed to maximize the impact of EU-funded projects while accelerating innovation in Europe’s energy transition. By fostering effective collaboration and stakeholder engagement, the Hub is set to become a pivotal space for innovators in energy efficiency, storage, integration, and digital technologies.

Key Focus Areas

The Hub promotes innovation across several key domains:

  • Buildings
  • Energy Storage and Integration
  • Wind Energy
  • IoT, ICT, and 6G Technologies

Success Stories and Participating Projects

The Sustainable Energy Hub collaborates with external stakeholders and sister projects, fostering impactful partnerships and new initiatives. Current participating projects include:

i-STENTORE

  • Focus: Hybrid and standalone energy storage solutions.
  • Goals: Grid stability and asset efficiency.

WeForming

  • Focus: Transforming buildings into Intelligent Grid-Forming Buildings (iGFBs).
  • Goals: Empowering end-users in energy optimization with six demo sites across Europe.

DigiWind

  • Focus: Digital skills for wind and energy professionals.
  • Goals: Training in AI, HPC, and cybersecurity for the future of energy systems.

TWAIN

  • Focus: AI-driven wind power management.
  • Goals: System stability and wind technology integration.

HEDGE-IoT

  • Focus: IoT framework for energy systems.
  • Goals: Enhancing grid resilience and renewable hosting capacity.

EXIGENCE

  • Focus: Reducing ICT energy consumption.
  • Goals: 6G standardization and up to 5x energy savings.

SNUG

  • Focus: Sustainable construction and Zero-Energy Buildings (ZEBs).
  • Goals: Minimizing the carbon footprint of buildings through circular economy principles.

INFERNO

  • Focus: Industrial waste heat recovery.
  • Goals: Emission reduction through modular thermophotovoltaic systems.

For more information click here.