The TRIBUTE project focused on reducing discrepancies between predicted and actual energy use in buildings. It improved simulation tools and […]
TRIBUTE Project: Eliminating gaps between estimated and actual consumption Read Post »
The PERFORMER project is an EU-funded initiative under FP7 focused on bridging the gap between predicted and actual energy performance
PERFORMER Project: Exhaustive monitoring of energy performance Read Post »
The ENERGY IN TIME project developed a simulation-based control system to optimize energy use in existing non-residential buildings, targeting up
ENERGY IN TIME Project: Simulation-based control for building operation Read Post »
The SESBE project focused on developing innovative façade elements for sustainable buildings. It aimed to enhance energy efficiency and safety
SESBE Project: Smart elements for sustainable building envelopes Read Post »
The MF-RETROFIT project developed innovative, lightweight facade panels for retrofitting existing buildings to boost energy efficiency. Funded under the EU’s
MF-RETROFIT Project: Multifunctional facades of reduced thickness Read Post »
The ECOSHOPPING project focused on developing energy-efficient retrofitting strategies for commercial buildings, particularly shopping centers. It aimed to drastically cut
ECOSHOPPING Project: Efficient retrofitting for commercial spaces Read Post »
The CommONEnergy project aimed to transform shopping malls from high-energy consumerist hubs into efficient, sustainable buildings. It focused on deep
COMMONENERGY Project: From consumerism to energy conservation in shopping malls Read Post »
The RESSEEPE project focused on developing and demonstrating retrofitting solutions to boost energy efficiency in public buildings. It aimed for
RESSEEPE Project: Retrofitting solutions for public edifices Read Post »
The BRICKER project developed scalable strategies for deep energy-efficient renovations of public non-residential buildings, targeting at least 50% energy reduction
BRICKER Project: Total renovation strategies for public building stock Read Post »
A2PBEER stands for Affordable and Adaptable Public Buildings through Energy Efficient Retrofitting, an EU FP7-funded research project focused on cost-effective
A2PBEER Project: Affordable renovation for public buildings Read Post »