Smart building energy optimization
7 European H2020 organizations list this as part of their work — 5 as their primary capability.
Most active in this area
- CORE INNOVATION AND TECHNOLOGY OE
Greek technology SME delivering IoT platforms, predictive maintenance, and digital twins for manufacturing, buildings, and transport infrastructure.
“Contributed to building energy simulation, smartness assessment, and retrofit tools in ReCO2ST, PVadapt, SATO, and PRELUDE.”
SMEEL17 projects - HOCHSCHULE FUR ANGEWANDTE WISSENSCHAFTEN BURGENLAND GMBH
Austrian applied sciences university specializing in electronics manufacturing digitalization and smart building-integrated energy systems.
“PRELUDE addresses predictive building control, demand-side flexibility, and occupancy-driven energy management.”
AT7 projects - CORE KENTRO KAINOTOMIAS AMKE
Greek research center applying AI, IoT, and digital twins to cognitive manufacturing and smart building energy optimization.
“E-DYCE, SATO, and PRELUDE address dynamic building simulation, energy certification, predictive control, and demand-side flexibility.”
PrimaryEL6 projects - FORSCHUNG BURGENLAND GMBH
Austrian applied research centre specialising in digital manufacturing, smart building energy systems, and autonomous drone frameworks.
“PRELUDE (their largest funded project at EUR 614,350) focuses on predictive control, dynamic building simulation, and demand-side flexibility.”
PrimaryAT5 projects - EMTECH DIASTIMIKI MONOPROSOPI ANONYMOS ETAIREIA ETAIREIA
Greek technology SME specializing in smart building energy optimization, predictive control, and grid flexibility solutions.
“PRELUDE focuses on real-time building operation optimization; ebalance-plus addresses demand-side flexibility and proactive buildings.”
PrimarySMEEL3 projects - EUROCORE CONSULTING
Brussels SME applying digital twins, predictive control, and IoT to smart buildings and sustainable industrial operations.
“In PRELUDE (2020-2024), they contributed to dynamic building simulation, model-based predictive control, occupancy modeling, and smartness assessment for demand-side flexibility.”
PrimarySMEBE2 projects - XTEL WIRELESS APS
Danish wireless IoT SME specializing in smart building energy optimization and industrial cyber-physical systems across European consortia.
“SATO project (2020-2024) focused on self-assessment of building energy performance using BIM, Smart Readiness Indicators, and appliance-level optimisation.”
PrimarySMEDK2 projects