Reduction of CO2 emission as a benefit of energy efficiency improvement: Kindergartens in the City of Nis - case study

Vasov, Miomir; Bogdanovic, Veliborka; Nedeljković, Miloš; Stanković, Danica; Kostić, Dragan; Bogdanović-Protić, Ivana S.

doi:10.2298/tsci170704225v

Cited by 6 publications

(4 citation statements)

References 2 publications

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“…It is particularly useful to apply these measures to buildings built in the late 70s and early 80s, which in terms of usable area have higher CO 2 emissions than those built in the early 90s or later. [27] An energy-efficient building is a building that consumes the minimum amount of energy while providing the necessary comfort conditions (air, heat, light, and sound comfort).…”

Section: Challenges Current Responses and Future Solutionsmentioning

confidence: 99%

Development and Application of Environmental Parameters and Bioclimatic Principles in the Architectural Design of Buildings

Mihajlović,

Trummer

2024

ZRGAF

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In modern conditions of consumption of natural, primarily energy resources, and environmental pollution, buildings are ranked among the biggest consumers and polluters, and that at the world level. The paper provides an overview of contemporarytrends, as well as challenges regarding the use of created and available natural resources, by determining the relationship that exists between the economic, efficient, and effective use of natural resources on the one hand, and the reduction of environmental pressures of buildings on the other hand, but also by considering alternative scenarios in the future, in which ecological parameters and bioclimatic principles would be more relevant for the design of ecologically correct, sustainable buildings. The emergence, development, and application of ecological parameters of bioclimatic principles in architectural design, as it was concluded in this paper, was motivated to a lesser extent solely by requirements to reduce negative pressure on the living environment, and to a greater extent dominated by the desire to ensure continuity in the supply of resources. This conclusion is supported by the fact that it was only in the last decades of the last century that awareness regarding the condition and negative contribution of human activities in terms of environmental pollution has matured sufficiently. Accordingly, the paper analyzes the reasons for the application of ecological parameters and bioclimatic principles in the context of the architectural design of buildings.

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Section: Challenges Current Responses and Future Solutionsmentioning

confidence: 99%

Development and Application of Environmental Parameters and Bioclimatic Principles in the Architectural Design of Buildings

Mihajlović,

Trummer

2024

ZRGAF

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“…This segment is very important in the context of energy efficiency and much work has been done in this area. Some of the measures for reduction of energy consumption include implementing Trombe wall [15], double skin [7] or improvement of building envelope characteristics [12] and can result in reduction of CO2 emission [13]. ▪ Esthetical.…”

Section: Architectural Structuresmentioning

confidence: 99%

Teaching architectural structures with the aid of virtual tours

Milosevic

Bogdanovic

Kostić

et al. 2022

FACTA U SERIES ARCHI

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Architectural structures are one of the main components of architecture. This is the reason why they are taught at every architectural study programme. The Faculty of Civil Engineering and Architecture of the University of Nis is no exception to this. With its strong background in civil engineering, this faculty gives even more attention to the architectural structures than most, and this has proven in practice to be a great advantage for its students. With the rise and development of new technologies, architectural structures are also being innovated and upgraded. However, new methods for teaching architectural structures are still being explored and there has not yet been an established direction for innovations in teaching architectural structures. This paper aims to analyze possible techniques and tools that could be used in enhancing teaching methodologies of architectural structures with respect to modern technologies. The paper will first present the need for innovation in teaching of architectural structures in the context of digitalization. Then, virtual tours as one of the means of digitalization will be analyzed and discussed. Next, architectural structures as a topic will concisely be introduced and systematized. In addition to this, teaching of architectural structures at the Faculty of Civil Engineering and Architecture in Nis will be briefly displayed. Finally, the possibilities for using virtual tours in teaching architectural structures will be investigated. Special attention will be paid to analyzing benefits, as well as limitations and possible problems of such an approach. Based on this, conclusions about the use of virtual tours in teaching architectural structures will be drawn and presented.

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“…Vasov et al [11] noticed the fact that Serbia emitted around 80 million tons of CO 2 and was among ten countries with the highest emission of CO 2 per capita in the world. The specific review conducted in this paper indicates the environmental importance of improvement of energy efficiency by valorizing the quantitative reduction of CO 2 emission as a benefit of implementation of energy revitalization of buildings.…”

Section: Literature Reviewmentioning

confidence: 99%

Development for CO2 emissions reduction by the use of solar thermal collectors in the process of urban planning

2018

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Original scientific paper https://doi.org/10.2298/TSCI170601222AUsing RES is one of the most important characteristics of the sustainable and resilient development. Nowadays, need to minimize CO 2 emissions is obligatory, especially in the sector of urban and architectural planning, since in Serbia approximately 50% of produced energy is spent in buildings. The CO 2 emission, in urban structures, can and must be reduced at the different levels: building level, block, and city level. For the city of Kragujevac, based on urban parameters defined in General Urban Plan, typical urban block was chosen and typical building structure developed. Calculation were made, based on recommendations developed by the Ministry of mining and energy and Serbian regulations, for the energy needed for domestic hot water preparation. In this paper, the influences of architectural and urban parameters on the use of solar thermal collectors at the typical building and urban block level is investigated. Recommendations are prepared for principles of urban and architectural design in order to enable the use of collectors for domestic hot water preparation and in that way CO 2 emission reduction. Developed methodology for the city of Kragujevac can be applied in defining design principles in whole the country and Balkans region, not only for the use of solar thermal collectors but also for the use of other RES.

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Reduction of CO2 emission as a benefit of energy efficiency improvement: Kindergartens in the City of Nis - case study

Cited by 6 publications

References 2 publications

Development and Application of Environmental Parameters and Bioclimatic Principles in the Architectural Design of Buildings

Development and Application of Environmental Parameters and Bioclimatic Principles in the Architectural Design of Buildings

Teaching architectural structures with the aid of virtual tours

Development for CO2 emissions reduction by the use of solar thermal collectors in the process of urban planning

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