Torio, H., Angelotti, A., Schmidt, D.
Exergy is naturally related to the concept of quality of energy. Therefore, exergy analysis has been widely applied in parallel with energy analysis in order to find the most rational use of energy....
Schmidt, D., Sager, C., Schurig, M., Torio, H., Kühl, L.
Der vorliegende Bericht stellt die Abschlussdokumentation des Forschungsvorhabens "Nutzung von regenerativen Energiequellen in Gebäuden durch den Einsatz von Niedrig-Exergiesystemen" im Rahmen des...
Schmidt, D., Torio, H., Kühler, D.
Die Beheizung und auch Kühlung von Gebäuden verursacht in Deutschland ca. 40% des Primärenergieverbrauchs. Eine Betrachtung und Optimierung von Exergieströmen in Gebäuden kann helfen, das...
Analyses of the exergy flows are common for the optimization of many thermodynamic systems since half of last century. Several international ongoing research projects try to extend this approach to...
Low exergy systems for high performance buildings and communities (2008)
The ECBCS project "Low Exergy Systems for High-Performance Buildings and Communities" will investigate the benefits of applying the exergy concept to the design and optimization of energy supply...
Low exergy systems for high performance buildings and communities (2008)
The work and focus of IEA ECBCS Annex 49 are based on an integral approach which includes the analysis and optimisation of the exergy demand in the heating and cooling systems and all other processes...
A more efficient use of energy in the built environment is absolutely necessary. Using the exergy concept delivers more complete information on the use of the energy flows within buildings and opens...