Smart ceiling fans: a low-energy solution for thermal comfort
In indoor environments, human thermal comfort is affected by four physical quantities: air temperature, mean radian temperature, relative humidity,...
In indoor environments, human thermal comfort is affected by four physical quantities: air temperature, mean radian temperature, relative humidity,...
Early-RENo is an early design tool under development thanks to our project 4RinEU. It consists of a set of...
The Sensible Building Data Handler is the 4RinEU answer to the need to gather, organise and prepare for analysis...
With a very low demolition rate of 0.1% per year as well as a low construction rate of new...
Thermics Energie in collaboration with Eurac Research have reached an important goal in the last month: the set-up of...
One of the main objectives of 4RinEU is to increase the energy performances of existing buildings through the renovation...
One of the objectives of 4RinEU project is to define guidelines of good practices to manage the end-of-life...
Within the project 4RinEU we are studying the use of air movement to promote thermal comfort in residential...
One of the main objectives of 4RinEU project is to develop robust technologies in order to improve the...
Eurac Research and Thermics are working together on the industrialization of a number of Energy Hub modules, which are called Plug&Play...
CONTACT
Project coordinator:
Eurac Research, Institute for Renewable Energy
Drususallee/Viale Druso 1
39100 Bozen/Bolzano – Italy
This project has received funding from the European Union’s Horizon 2020 research and innovation programme
under grant agreement No 723829 - All copyrights © 2016-20 reserved to 4RinEU Consortium
