Energy-exergy analysis and improvement suggestions of an existing building in Ege University
Is this your thesis?
This record came from a bulk archive import. If it’s yours, link it to your profile.
Abstract (EN)
In our country which is dependent on the outward energy, the most intensive consumption is in the building sector. For this reason, the solutions that will increase the energy efficiency in the buildings should be applied as soon as possible. For this purpose, UBE building at Ege University was studied in the thesis study. For this, energy and exergy analyses of the existing and improved condition of the building were made and the energy saving potential of the building was determined. At the same time, their compliance with the regulations has been examined in both cases. As a result of the calculations carried out within the scope of the thesis, the existing building consumes 192,57 kWh/m2year of energy on an annual basis, resulting in the energy consumption of 153,08 kWh/m2year for the proposed improvements. That means energy savings of 21%. In addition, when the current situation of the building is taken into account, the maximum exergy efficiency rate on annual basis is 5.76%, As a result of the improvements, it was 9,89% in the air source heat pump and 16,22% in the earth source heat pump.
Author
Anıl Kılıçlı
How to Cite
Anıl Kılıçlı (Doctorate thesis). Energy-exergy analysis and improvement suggestions of an existing building in Ege University, 2018, Ege University.
License
Tüm Hakları Saklıdır
This work is shared under the specified license terms.
More theses from Ege University
- Increasing the fertilization yield of trout eggs(2013)
- Two "Âşık" in the city environment: Maksut Koca and Nevruz Ali̇ Çi̇çek(2015)
- Blood use standardization according to risk score on congenital heart surgery(2015)
- Effect of microfibers on mechanical and durability properties of cement mortar mixtures(2015)
- Comparative lexicon of Qipchaq Turkish on the base of codex cumanicus(2015)
- Investigation of phyto-microbial remediation of arsenate resistance in Gönen rice by removal of arsenite(2019)
