none

The A2PBEER research project focused on “energy efficient retrofitting” methodology for public buildings. Within the context of this project it has been developed an initial systemic energy efficient buildings’ retrofitting methodology for the three demonstration sites with the intention to provide a retrofitting methodology to be replicated into Public Buildings in Europe. This will take advantage of synergies derived from interventions at the district levels.  
Post date: 11 Apr 2019
Type: Case

The A2PBEER research project focused on “energy efficient retrofitting” methodology for public buildings. Within the context of this project it has been developed an initial systemic energy efficient buildings’ retrofitting methodology for the three demonstration sites with the intention to provide a retrofitting methodology to be replicated into Public Buildings in Europe. This will take advantage of synergies derived from interventions at the district levels.  
Post date: 11 Apr 2019
Type: Case

The A2PBEER research project focused on “energy efficient retrofitting” methodology for public buildings. Within the context of this project it has been developed an initial systemic energy efficient buildings’ retrofitting methodology for the three demonstration sites with the intention to provide a retrofitting methodology to be replicated into Public Buildings in Europe. This will take advantage of synergies derived from interventions at the district levels.  
Post date: 11 Apr 2019
Type: Case

In the framework of the PV-ESTIA project, the performance of the proposed PV+storage Innovative Management Scheme will be evaluated under real-field conditions. Pilot installations will be selected with the aim to examine if and how the size of the Energy Storage Systems and the different geographical conditions affect the performance of the innovative management scheme. The pilot installations include the following cities:
Post date: 4 Apr 2019
Type: Case

The developers and architects of this project have set very high goals. With the Bolueta building, they wanted to set a new Passive House record and at the same time ensure the quality of the building through certification. Bolueta in the Spanish city of Bilbao is now the tallest Passive House building in the world. The recently issued certificate is proof of its highly energy efficient Passive House Standard construction.  
Post date: 28 Mar 2019
Type: Case

ATC Turin (ATC) is a public agency providing social housing in the Italian province of Turin. It has been improving the environmental and energy performance of its properties since 1996.  
Post date: 19 Mar 2019
Type: Case

Nottingham's Sneinton district looked like many others throughout the UK: houses designed and built in the 1960s, still looking much the same today as when they were built, albeit older and shabbier. The residents struggled with hefty fuel bills due to badly insulated façades and roofs. Over the last fifty years, loose fittings would be patched up and roofing panels replaced – piecemeal improvements, but never a comprehensive makeover.
Post date: 26 Feb 2019
Type: Case

Project name: Rannaliiva Location: Vöru/Estonia, Liiva 26a Owner: Apartment association “Rannaliiva” Built in: late '80s   Construction characteristics: Facade/external wall: Clay brick and light blocks; (U value [W/m2.K]): U=0,8 W/m2.K
Post date: 20 Feb 2019
Type: Case

The Potenza pilot site is aimed at demonstrating the achievable advantages (primary energy, peak shaving, reduction of energy bills) by the Municipality in two different sites: a swimming pool, where a 165 kW CHP is able to provide about 95 % and 85 % of the required thermal energy and electricity, respectively, and also to feed, through the existing distribution network, about 70 % of the electricity consumed by an electric escalator, having an installed power of 192 kW and being used to transport people from the outskirts to the city centre.  
Post date: 19 Feb 2019
Type: Case

The Municipality of Preko is a small island community situated on Preko Island. In 2015, the municipality adopted Strategies of Sustainable Development where it is stated that one of the goals is long-term energy efficiency and promotion of renewable energy. The Preko pilot consists of microgrid using PV as RES, installed on an olive oil mill building acting as RES (Prosumer) and a „Pučko otvoreno učilište“ building that is acting as Consumer.   The Preko pilot project has 3 major goals:
Post date: 19 Feb 2019
Type: Case