The portal created a modern framework for integrated and flexible services for accessing sports facilities (for citizens, Sports associations, stakeholders, etc.) and promotion of the activities of sports and clubs in the municipality via social community features.
HYPERTECH completed the implementation of scenarios and 3D models of Hagia Sophia in Istanbul (Constantinople) for the Foundation of the Hellenic World. The project developed the virtual digital representation of the church of St. Sophia monument in Istanbul, as it was in the period of 11th to 12th century.
Hypertech Energy Labs have been recently awarded with a new contract from the European Commission with the aim to develop a Holistic Energy Performance Optimization Framework that enhances current (passive and active building elements) modelling approaches and delivers innovative simulation tools which (i) deeply grasp and describe real-life building operation complexities in accurate simulation predictions that significantly reduce the “performance gap” and (ii) enhance the continuous optimization of building energy performance as a means to further mitigate and reduce the identified “performance gap” in real-time or through retrofitting.
Hypertech Energy Labs' successful participation in the FP7 Programme, with the award of 4 large grants (Adapt4EE, Inertia, BESOS, OS4ES) in 3 years and 3 consecutive top ranked proposals at EU level, continues in the recently launched Horizon 2020 (H2020) programme as highlighted in a recent report published by the Greek National Documentation Centre (Greek National Contact Point for H2020).
HYPERTECH has been awarded a contract for the development of EMPORIA, a next generation electronic marketplace-platform offering farmers in the Southeast Europe region, the ability to effectively identify, target and directly sell their goods to groups of end-consumers that have been traditionally served by middlemen in the value-chain.
Trek Innovations SA, the Thessaloniki based affiliated company of HYPERTECH, implemented and successfully completed the R&D project entitled “Mobile Search: Advanced Search Engine of Cultural Content for Mobile Devices Using Augmented Reality Technology”.
HYPERTECH has finished the development of 21 e-learning courses delivered for KANEP-GSEE. The courses development included innovative features like the production of forty two (42) tree minutes interactive videos with Articulate Storyline and two (2) thirty minutes interactive support videos for the use of e-Learning platform by learners and instructors.
Hypertech Energy Labs have been recently awarded with a new contract from the European Commission with the aim to develop an innovative Building Operational Rating framework, that enables significant energy savings in public office buildings through real time building monitoring, continuous measurement of the impact of different activities on the overall building energy performance and most importantly, timely, relevant and personalized feedback towards triggering sustainable energy behaviours. Ten partners from 6 EU countries - Greece (Hypertech Energy Labs/ Technical Coordinator), Spain (Solintel, City of Asparrena), Austria (BOC, BHOe), Bulgaria (Balkanika Energy, Pernik Municipality), Germany (University of Erlangen), United Kingdom (Coventry University, Grindrop) - will work together for 36 months in the €1.7M ORBEET project.
HYPERTECH Energy Labs have been awarded a large R&D contract from the European Commission (Project Acronym: NOBELGRID) focusing on the development of innovative tools and novel business models that can facilitate the wide deployment of Smart Grids and Demand Response around Europe. Hypertech Energy Labs constitute a leading member of an international consortium of renowned academic and industrial partners, led by ETRA I+D and actively involving NTUA and AUEB (Greece), ALGINET, BDIGITAL, SURTEL (Spain), UNINOVA (Portugal), FRAUNHOFER, DERlab (Germany), AIT (Austria), Engineering SpA, ASM TERNI (Italy), ECOPOWER, FINNOVAREGIO (Belgium), SICS (Sweden), ECRO (Romania), Carbon COOP, University of Manchester, GOODWOLFE (United Kingdom) and DNV-GL/ KEMA (Netherlands).