Comparison and optimization of building energy supply systems through exergy analysis and its perspectives.
Hrsg.: Fraunhofer IBP, Kassel
Buildings represent about 40% of the final energy use in Germany, being thus a sector where a more rational and efficient energy use is absolutely necessary.
Exergy analysis shows the thermodynamic efficiency of an energy system and is expected to be a...
Exergy analysis shows the thermodynamic efficiency of an energy system and is expected to be a...
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Buildings represent about 40% of the final energy use in Germany, being thus a sector where a more rational and efficient energy use is absolutely necessary.
Exergy analysis shows the thermodynamic efficiency of an energy system and is expected to be a valuable tool for designing more efficient building energy supply systems. In this thesis, the usability and added value of exergy analysis applied to different building energy systems are investigated.
Exergy analysis shows the thermodynamic efficiency of an energy system and is expected to be a valuable tool for designing more efficient building energy supply systems. In this thesis, the usability and added value of exergy analysis applied to different building energy systems are investigated.
Klappentext zu „Comparison and optimization of building energy supply systems through exergy analysis and its perspectives. “
Growing concerns on environmental problems related to current energy use have emphasized the importance of "energy-saving measures" and the necessity for an increased efficiency in all forms of energy utilization. Being responsible for around 40% of the final energy use in Germany, buildings are major contributors to energy related problems and a sector where a more rational and efficient energy use is absolutely necessary.By showing the thermodynamic efficiency of an energy system, exergy analysis is expected to be a valuable tool for developing and designing more efficient energy supply systems in buildings, similarly as it has contributed to raise the efficiency of power plants. In this thesis, the usability and added value of exergy analysis applied to different building energy systems is investigated. Exergy analysis is, herefore, compared to conventional primary energy assessment and the different results and conclusions obtained from both methods are thoroughly studied and discussed.
Bibliographische Angaben
- Autor: Herena Torío Blanco
- 2012, 216 Seiten, mit zahlreichen Abbildungen, Maße: 12,5 x 21,5 cm, Kartoniert (TB), Deutsch
- Herausgegeben: Kassel Fraunhofer IBP
- Verlag: Fraunhofer Verlag
- ISBN-10: 3839604524
- ISBN-13: 9783839604526
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