АSSESSMENT AND ENERGY REHABILITATION OF ,,VELJKO PETROVIĆʻʻ PRIMARY SCHOOL FACILITIES IN BEGEČ
DOI:
https://doi.org/10.24867/15CG09KnezevicKeywords:
Assessment, energy efficiency, rehabilitation, high energy efficient buildingsAbstract
The paper consists of two parts, theoretical-research and practical. In the theoretical research part, the subject of analysis are high energy efficient buildings. Practical part implied performing an assessment of the condition of the elementary school ,,Veljko Petrovićʻʻ in Begeč. Afterwards, an energy efficiency calculation was carried out for existing condition of building. After the proposed energy rehabilitation measures, the calculation of the energy efficiency of the building was done again. Rehabilitation measures in aspect of building durability and aestethic were proposed, as well.
References
[1] Energetska efikasnost u građevinarstvu: http://scee.rs/sr/energetska-efikasnost/energetska-efikasnost-u-gradjevinarstvu.html
[2] Energetska efikasnost građevinskih objekata: http://www.designn2.com/home/energetska-efikasnost-gradevinskih-objekata
[3] Pasivna kuća: https://www.pasivnakuca.rs/index.php/pasivna-kuca
[4] Pasivna kuća: https://krov.rs/sta-je-pasivna-kuca-i-koje-su-njene-prednosti/
[5] Energetska efikasnost: https://www.ppf.rs/rs/energetska-efikasnost-zasto-je-toliko-vazna/
[6] Autonomni objekti: https://www.dezeen.com/2020/09/12/ten-eco-friendly-off-grid-homes-architecture-roundup/
[7] Hans Erhorn, Heike Erhorn-Kluttig: Selected examples of Nearly Zero-Energy Buildings, Detailed report, 2014.
[8] Inženjerska komora Srbije: Pravilnik o energetskoj efikasnosti zgrada („Sl. glasnik RS“ br. 61/2011), Beograd
[9] Inženjerska komora Srbije: Predavanja za obuku o energetskoj efikasnosti zgrada, Beograd
[10] M. Malešev, V. Radonjanin: Trajnost i procena stanja betonskih konstrukcija, skripta sa predavanja, Fakultet tehničkih nauka, Novi Sad
[11] Srpski standard: SRPS U.J5.600 - Toplotna tehnika u građevinarstvu - Tehnički uslovi za projektovanje i građenje zgrada, Beograd 1998.
[12] Srpski standard: SRPS EN ISO 13370 - Toplotne karakteristike zgrada - Prenošenje toplote preko tla - Metode proračuna, Beograd 2007.
[13] Kulir fasada: https://fasada.rs/
[14] Röfix, Priručnik za sisteme renoviranja i saniranja
[2] Energetska efikasnost građevinskih objekata: http://www.designn2.com/home/energetska-efikasnost-gradevinskih-objekata
[3] Pasivna kuća: https://www.pasivnakuca.rs/index.php/pasivna-kuca
[4] Pasivna kuća: https://krov.rs/sta-je-pasivna-kuca-i-koje-su-njene-prednosti/
[5] Energetska efikasnost: https://www.ppf.rs/rs/energetska-efikasnost-zasto-je-toliko-vazna/
[6] Autonomni objekti: https://www.dezeen.com/2020/09/12/ten-eco-friendly-off-grid-homes-architecture-roundup/
[7] Hans Erhorn, Heike Erhorn-Kluttig: Selected examples of Nearly Zero-Energy Buildings, Detailed report, 2014.
[8] Inženjerska komora Srbije: Pravilnik o energetskoj efikasnosti zgrada („Sl. glasnik RS“ br. 61/2011), Beograd
[9] Inženjerska komora Srbije: Predavanja za obuku o energetskoj efikasnosti zgrada, Beograd
[10] M. Malešev, V. Radonjanin: Trajnost i procena stanja betonskih konstrukcija, skripta sa predavanja, Fakultet tehničkih nauka, Novi Sad
[11] Srpski standard: SRPS U.J5.600 - Toplotna tehnika u građevinarstvu - Tehnički uslovi za projektovanje i građenje zgrada, Beograd 1998.
[12] Srpski standard: SRPS EN ISO 13370 - Toplotne karakteristike zgrada - Prenošenje toplote preko tla - Metode proračuna, Beograd 2007.
[13] Kulir fasada: https://fasada.rs/
[14] Röfix, Priručnik za sisteme renoviranja i saniranja
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Published
2021-12-04
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Section
Civil Engineering
