Greek technology SME building demand response platforms, building energy management systems, and digital twins for smart energy and construction.
Hypertech is a Greek technology SME specializing in energy management software, demand response platforms, and building energy systems. They develop interoperability frameworks, building energy management systems (BEMS), and digital tools that help buildings and energy communities participate in flexibility markets. Their core work sits at the intersection of ICT and energy — translating smart grid concepts into operational software for demand response, BIM-based renovation tools, and consumer engagement platforms. They also bring expertise in digital twins for construction and building performance certification.
Central to HOLISDER, DRIMPAC, FLEXCoop, ACCEPT, MERLON, PARITY, FLEXIGRID, SENDER, UtilitEE, NOVICE, MOEEBIUS, and NOBEL GRID — covering implicit/explicit DR, aggregation, and flexibility market participation.
Developed BEMS and building-level energy optimization tools across OrbEEt, MOEEBIUS, HOLISDER, DRIMPAC, D^2EPC, Heat4Cool, NOVICE, and BIMERR.
Repeated focus on interoperability standards (OpenADR, oneM2M) in HOLISDER, DRIMPAC, FLEXIGRID, PARITY, BIMERR, COGITO, and NOBEL GRID.
COGITO (coordinator, largest project at EUR 833K) focused on construction-phase digital twins; BIMERR on scan-to-BIM renovation; D^2EPC on digital EPCs; HOLISDER on BIM integration.
ACCEPT (coordinator) on active energy communities; PARITY on prosumer flexibility; MERLON on local energy islands; IELECTRIX on local energy communities; FLEXCoop on cooperative demand response.
PARITY explored blockchain-based flexibility trading and smart contracts; MERLON investigated local flexibility trading mechanisms.
In 2015–2018, Hypertech focused on building-level energy efficiency — occupant behaviour modelling, energy performance contracting, ESCOs, sensors, and basic demand-response in individual buildings (MOEEBIUS, OrbEEt, NOVICE). From 2019 onward, their work shifted decisively toward system-level interoperability, flexibility markets, digital twins, and energy community empowerment — with repeated emphasis on BIM, prosumer engagement, blockchain, and multi-vector energy management (COGITO, ACCEPT, PARITY, MERLON). The evolution shows a clear move from optimizing single buildings to orchestrating entire energy ecosystems and construction digitalization.
Hypertech is moving toward integrated energy community platforms and construction-phase digital twins, positioning them for the EU's push on citizen energy communities and building digitalization.
Hypertech operates predominantly as an active technical partner (21 of 25 projects), but has proven coordination capability with 4 projects led, including their two largest (COGITO at EUR 833K and ACCEPT at EUR 759K). With 268 unique consortium partners across 29 countries, they are a well-connected hub rather than a repeat-partner organization — they bring broad European network access. Their consistent presence in large Innovation Action consortia (18 of 25 projects are IAs) signals they specialize in demonstration-scale deployments, not just research.
Hypertech has collaborated with 268 distinct partners across 29 countries, making them one of the more broadly networked Greek energy-tech SMEs. Their reach spans nearly all EU member states, with strong connections across Southern and Western Europe through energy demonstration projects.
Hypertech occupies a rare niche as a Greek SME that bridges ICT software development and energy domain expertise at scale — most energy-tech SMEs do one or the other, not both. Their 25-project track record with over EUR 10M in EC funding gives them unusual credibility for an SME, and their consistent focus on interoperability standards (OpenADR, oneM2M, BIM) makes them a natural integration partner when consortia need to connect disparate energy and building systems. Their recent coordination of COGITO (digital twins) and ACCEPT (energy communities) shows they can lead, not just contribute.
