TECHNOLOGIKO EKPEDEFTIKO IDRIMA STEREAS ELLADAS

Their core work

TEI of Central Greece (Lamia) is a Greek technological educational institute — essentially an applied sciences university — with demonstrated research capacity in industrial thermal energy systems and energy-efficient building technologies. Their H2020 work centers on converting waste heat into usable power using advanced heat pipe and thermodynamic cycle technologies, as well as thermal energy storage for residential buildings. They also contributed to energy infrastructure cybersecurity and smart energy networks enabled by 5G, showing applied engineering breadth beyond pure thermal research.

What they specialise in

How they've shifted over time

Their H2020 participation spans a narrow window (2015–2017 project starts), with the early projects firmly rooted in thermal energy engineering — waste heat recovery, heat pipes, and thermodynamic power cycles. The later projects (DEFENDER, NRG-5, both starting 2017) shifted toward the digital and security dimensions of energy systems, suggesting a broadening from hardware-focused thermal engineering toward smart and secure energy infrastructure. Note: TEI Stereas Elladas was merged into the University of Thessaly around 2019, so no further H2020 projects appear under this entity.

They were moving from pure thermal engineering toward the digital and cybersecurity layers of energy systems before the institutional merger, suggesting the research group may now operate under University of Thessaly with expanded ICT-energy capabilities.

How they like to work

Exclusively a participant — they never coordinated an H2020 project, consistent with a mid-sized regional polytechnic contributing specialized technical work rather than leading large consortia. With 54 unique partners across just 4 projects, they consistently joined large, well-funded consortia (averaging 13+ partners per project). This makes them a reliable technical contributor who integrates well into big teams without requiring a leadership role.

Through 4 projects they built connections with 54 unique partners across 15 countries, indicating consistent participation in large pan-European consortia with broad geographic coverage rather than reliance on a narrow cluster of repeat collaborators.

What sets them apart

Their specific value lies in applied thermal engineering — heat pipes, thermodynamic power cycles (trilateral flush, supercritical CO2), and thermal storage — areas where hands-on experimental and testing capability matters. As a Greek technological institute, they likely offered cost-effective research labor combined with genuine lab capacity in thermal systems. For future collaborations, the research group should now be sought under the University of Thessaly, which inherited TEI's departments and researchers.

Highlights from their portfolio

• TESSe2b
  Their largest H2020 contribution (EUR 362,495), addressing thermal energy storage for residential buildings — a commercially relevant topic with direct market applications.
• I-ThERM
  Most technically specific project with deep keyword footprint: flat heat pipes, supercritical CO2 systems, and trilateral flush power cycles for industrial waste heat conversion.
• NRG-5
  Represents their crossover into digital energy systems via 5G, signaling diversification beyond traditional thermal engineering.