ProGETonE

ProGETone

Proactive synergy of inteGrated Efficient Technologies on buildings’ Envelopes

 

Nowadays, buildings in Europe are usually not prepared to face important earthquakes, except the ones built under recent building codes, just remember for example the disasters caused in Italy during 2016, as in L’Aquila. There is a strong need to improve buildings’ safety in this regard, thus saving lives.

On the other hand, today’s dwelling stock represents 27% of EU total energy consumption, mainly burning fossil fuels. This fact is impacting our climate, undesirably rising temperature and causing current and future damage. Therefore, we also have an important need to save energy and integrate Renewable Energies.

 

ProGETonE is a research project based on the integration of different technologies to achieve a multi-benefit approach to tackle these important needs in existing buildings: safety upgrades to face future earthquakes in seismic zones and nearly zero energy consumption to be aligned with EU climate change reduction targets, adding furthermore high social and architectural value.

 

ProGETonE stands for Proactive synergy of inteGrated Efficient Technologies on buildings’ Envelopes and has a total budget of 5 million Euros including funding from the European Union’s Horizon 2020 research and innovation programme under grant agreement No 723747. The project Consortium is integrating 13 partners, including Universities, technical consultants, manufacturers, SME’s, public authorities and associations from 8 countries, collaborating during a period of 60 months, May 2017 – April 2022.

The goal of ProGETonE is to provide the market with an innovative, yet readily implementable system for the building envelope to be applied to an energy, structural, and user-oriented retrofit achieving the highest performances in terms of:

  1. energy requirements—by adding (or substituting the existing with) new prefab and plug and play high energy performing envelopes and HVAC (Heating, Ventilation, Air Conditioning) systems;
  2. seismic safety—using appropriate external structures to increase the overall structural resistance of the building while supporting the new envelope integrating timber based components;
  3. social and economic sustainability—increasing the real estate value of the buildings and the desirability of retrofit options by providing tailored and customized solutions for users, owners and house managers, minimizing disturbance to inhabitants and offering the option to an increased living space, all together at a competitive life-cycle cost compared to conventional, disaggregated building renovations.

Four different case studies have been evaluated by using several technologies in different situations and climatic zones.  Simulations and feasibility studies have been performed for 3 larger buildings: I) in Reggio Emilia (IT), II) Brasov (RO), and II) Athens (GR). In Groningen (NL), a 2D exoskeleton has been implemented in a number of semi-detached housing units.

During this year 2021, the case study in Athens –student’s residence of the National and Kapodistrian University of Athens – will be renovated as the project’s pilot case  with the implementation of the integrated GET system.

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