In order to make correct estimates of energy consumption for heating, reduction of energy consumption, and CO2 emissions by applying energy efficiency measures, it is necessary to know the structure and characteristics of the building stock. The Typology of residential buildings in Bosnia and Herzegovina identified the structure and characteristics of residential building stock through different periods at the level of Bosnia and Herzegovina. This paper analyses the differences between national and city or municipal typology. Conducted analysis for the City Derventa, shows that in the case of single-family houses, the application of national instead of local typology can result in certain deviations in the estimation of energy consumption, savings, and CO2 emissions.
References
1.
González-Torres M, Pérez-Lombard L, Coronel JF, Maestre IR, Yan D. A review on buildings energy information: Trends, end-uses, fuels and drivers. Vol. 8, Energy Reports. Elsevier BV; 2022. p. 626–37.
2.
Bosnia And Herzegovina First National Energy Efficiency Action Plan 2010-2018, final draft.
3.
Arnautović-Aksić D. Tipologija stambenih zgrada Bosne i Hercegovine, Arhitektonski fakultet Univerziteta u Sarajevu, Arhitektonsko građevinski fakultet u Banjoj Luci.
4.
Jovanović-Popović M, Ignjatović D, Radivojević A, Rajčić A.
5.
Stefanovic S, Stevanovic Z, Grubor B, Stevanovic Z, Zivkovic M, Djurovic-Petrovic M. Comparative analyses of built environment exposures relevant to health of greenhouse gas emissions reduction strategies in Serbia. Vol. 18, Thermal Science. National Library of Serbia; 2014. p. 903–14.
6.
Cukovic-Ignjatovic N, Ignjatovic D, Sudimac B. Potentials for improving energy performance of multifamily housing blocks connected to the district heating system. Vol. 22, Thermal Science. National Library of Serbia; 2018. p. 1183–93.
7.
Novikova A, Csoknyai T, Jovanovic-Popovic M, Stankovic B, Szalay Z. Assessment of decarbonisation scenarios for the residential buildings of Serbia. Vol. 22, Thermal Science. National Library of Serbia; 2018. p. 1231–47.
8.
Gajić D, Salihović E, Zagora N. Energy Saving Potential of the Refurbishment of Building Envelope of the Existing Single-Family Houses in Urban and Rural Areas of Bosnia and Herzegovina.
10.
Gajić D, Todorović D, Zagora N. Reprezentativni faktori oblika stambenih kuća i zgrada Bosne i Hercegovine za određivanje referentnih energetskih razreda. p. 9–14.
11.
Kadrić D, Živković B, Delalić N, Delalić B, Bešović I. The residential building national typology in the Republic of Serbia and in Bosnia and Herzegovina in the function of determination of needed and delivered energy for the residential sector heating. p. 67–78.
12.
Gvero P, Radic R, Kotur M, Kardas D. Urban air pollution caused by the emission of PM10 from the small household devices and abatement measures. Vol. 22, Thermal Science. National Library of Serbia; 2018. p. 2325–33.
13.
Enova. Integral Building Renovation Strategy in Bosnia and Herzegovina up to 2050.
15.
Ministarstvo za prostorno uređenje, građevinarstvo i ekologiju Republike Srpske.
16.
Pravilnik o vršenju energetskog pregleda zgrada i izdavanju energetskog certifikata.
17.
Ministarstvo za prostorno uređenje, građevinarstvo i ekologiju Republiek Srpske.