The main objective of the IMIP project is to design, validate and implement an ecological building system based on natural biological materials to improve energy efficiency in public buildings. One
IMPROVEMENT will develop, validate and demonstrate a system to turn public buildings into almost zero energy consumption buildings (nZeB) by including mirco-networks of generation combining warm, cold and electricity and
COLEOPTER develops an integrated approach of energy renovation of public buildings, linking technical, social and economic challenges. The project aims at leading a territorial dialogue with the local stakeholders to
ARCAS focuses on the SUDOE’s climatology and offers an instrument, based on key indicators, to allow the design of buildings, which maximize the energy efficiency and the air quality and
The objective of Hospital SUDOE 4-0 is to develop and to build instrument of smart management in order to ensure a lower energy consumption of hospitals and health centres. Moreover,
SUDOE ENERGY PUSH offers an innovative solution for the global management of social houses located in the Sudoe’s area as a reference to increase the energy efficiency of public buildings
Bus and train stations in south-west European cities consume large amounts of energy and emit extremely high levels of greenhouse gases this affects the quality of life of citizens and
The European Commission considers energy efficiency in buildings to be a strategic priority of the Energy Union, but many regions in south-west Europe have considerable financial constraints for the renovation
ENERPAT sets itself the challenge of finding energetically efficient solutions for the renovation of old buildings so as to allow the preservation of heritage, the improvement of the comfort and
The main objective of the ClimAct project is the promoting of the transition towards a low-carbon economy in schools. By means of smart energy management, renewable energy, and a change
