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Prospects of designing small architectural forms using alternative energy sources

Prospects of designing small architectural forms using alternative energy sources

The energy efficiency of the transport system is one of the key issues in the concept of sustainable development of modern cities. Increasing energy efficiency in the transport sector implies increasing the efficiency of the entire transport sector: from modernizing vehicles to introducing energy-ef...

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Main Authors: Tkachenko, Тetiana, Tkachenko, Oleksii, Voloshkina, Olena, Ujma, Adam
Format: Article
Language:English
Published: Kyiv National University of Construction and Architecture 2021
Subjects:
public transport stop
energy efficiency
solar panels
archetype
Online Access:https://es-journal.in.ua/article/view/228418
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id es-journalinua-article-228418
record_format ojs
institution Environmental safety and natural resources
collection OJS
language English
topic public transport stop
energy efficiency
solar panels
archetype
public transport stop
energy efficiency
solar panels
archetype
spellingShingle public transport stop
energy efficiency
solar panels
archetype
public transport stop
energy efficiency
solar panels
archetype
Tkachenko, Тetiana
Tkachenko, Oleksii
Voloshkina, Olena
Ujma, Adam
Prospects of designing small architectural forms using alternative energy sources
topic_facet public transport stop
energy efficiency
solar panels
archetype
public transport stop
energy efficiency
solar panels
archetype
format Article
author Tkachenko, Тetiana
Tkachenko, Oleksii
Voloshkina, Olena
Ujma, Adam
author_facet Tkachenko, Тetiana
Tkachenko, Oleksii
Voloshkina, Olena
Ujma, Adam
author_sort Tkachenko, Тetiana
title Prospects of designing small architectural forms using alternative energy sources
title_short Prospects of designing small architectural forms using alternative energy sources
title_full Prospects of designing small architectural forms using alternative energy sources
title_fullStr Prospects of designing small architectural forms using alternative energy sources
title_full_unstemmed Prospects of designing small architectural forms using alternative energy sources
title_sort prospects of designing small architectural forms using alternative energy sources
title_alt Prospects of designing small architectural forms using alternative energy sources
description The energy efficiency of the transport system is one of the key issues in the concept of sustainable development of modern cities. Increasing energy efficiency in the transport sector implies increasing the efficiency of the entire transport sector: from modernizing vehicles to introducing energy-efficient comfortable stops for public transport into the city system. One of the problems of modern architecture of large cities is the creation of a unified architecture of small architectural forms (SAF), namely, stops of urban public transport. They should not only have a modern design, but also be comfortable, functional, safe and energy efficient. In the article, the authors propose a unified urban archetype for an energy-efficient public transport stop for the city of Kyiv. Energy efficiency is achieved by installing solar panels on the roofs of the SAF. During the placement of the bus stop, it is imperative to take into account the shading from nearest buildings located on the south, south-east and south-west sides. Depending on the orientation of the roof of the stop to the cardinal points and the type of solar panels, it can generate about 2030 kW∙h/year (west orientation) – 2269.9 kW∙h/year (south orientation) of electricity. The maximum deviation from the averaged equal-percentage value (2143.16 kW∙h/year) related to the actual data between the maximum and minimum of generation is only 5.55%. This is explained by the angle of photovoltaic panels, which is optimized for universal use. The proposed archetype is energy efficient, functional, and therefore can be taken as a basis for mass placement in the city.
publisher Kyiv National University of Construction and Architecture
publishDate 2021
url https://es-journal.in.ua/article/view/228418
work_keys_str_mv AT tkachenkotetiana prospectsofdesigningsmallarchitecturalformsusingalternativeenergysources
AT tkachenkooleksii prospectsofdesigningsmallarchitecturalformsusingalternativeenergysources
AT voloshkinaolena prospectsofdesigningsmallarchitecturalformsusingalternativeenergysources
AT ujmaadam prospectsofdesigningsmallarchitecturalformsusingalternativeenergysources
first_indexed 2024-04-21T19:46:32Z
last_indexed 2024-04-21T19:46:32Z
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spelling es-journalinua-article-2284182021-04-02T20:06:06Z Prospects of designing small architectural forms using alternative energy sources Prospects of designing small architectural forms using alternative energy sources Tkachenko, Тetiana Tkachenko, Oleksii Voloshkina, Olena Ujma, Adam public transport stop energy efficiency solar panels archetype public transport stop energy efficiency solar panels archetype The energy efficiency of the transport system is one of the key issues in the concept of sustainable development of modern cities. Increasing energy efficiency in the transport sector implies increasing the efficiency of the entire transport sector: from modernizing vehicles to introducing energy-efficient comfortable stops for public transport into the city system. One of the problems of modern architecture of large cities is the creation of a unified architecture of small architectural forms (SAF), namely, stops of urban public transport. They should not only have a modern design, but also be comfortable, functional, safe and energy efficient. In the article, the authors propose a unified urban archetype for an energy-efficient public transport stop for the city of Kyiv. Energy efficiency is achieved by installing solar panels on the roofs of the SAF. During the placement of the bus stop, it is imperative to take into account the shading from nearest buildings located on the south, south-east and south-west sides. Depending on the orientation of the roof of the stop to the cardinal points and the type of solar panels, it can generate about 2030 kW∙h/year (west orientation) – 2269.9 kW∙h/year (south orientation) of electricity. The maximum deviation from the averaged equal-percentage value (2143.16 kW∙h/year) related to the actual data between the maximum and minimum of generation is only 5.55%. This is explained by the angle of photovoltaic panels, which is optimized for universal use. The proposed archetype is energy efficient, functional, and therefore can be taken as a basis for mass placement in the city. The energy efficiency of the transport system is one of the key issues in the concept of sustainable development of modern cities. Increasing energy efficiency in the transport sector implies increasing the efficiency of the entire transport sector: from modernizing vehicles to introducing energy-efficient comfortable stops for public transport into the city system. One of the problems of modern architecture of large cities is the creation of a unified architecture of small architectural forms (SAF), namely, stops of urban public transport. They should not only have a modern design, but also be comfortable, functional, safe and energy efficient. In the article, the authors propose a unified urban archetype for an energy-efficient public transport stop for the city of Kyiv. Energy efficiency is achieved by installing solar panels on the roofs of the SAF. During the placement of the bus stop, it is imperative to take into account the shading from nearest buildings located on the south, south-east and south-west sides. Depending on the orientation of the roof of the stop to the cardinal points and the type of solar panels, it can generate about 2030 kW∙h/year (west orientation) – 2269.9 kW∙h/year (south orientation) of electricity. The maximum deviation from the averaged equal-percentage value (2143.16 kW∙h/year) related to the actual data between the maximum and minimum of generation is only 5.55%. This is explained by the angle of photovoltaic panels, which is optimized for universal use. The proposed archetype is energy efficient, functional, and therefore can be taken as a basis for mass placement in the city. Kyiv National University of Construction and Architecture 2021-04-02 Article Article application/pdf https://es-journal.in.ua/article/view/228418 10.32347/2411-4049.2021.1.44-54 Environmental safety and natural resources; Vol. 37 No. 1 (2021): Environmental safety and natural resources; 44-54 Екологічна безпека та природокористування; Том 37 № 1 (2021): Екологічна безпека та природокористування; 44-54 2616-2121 2411-4049 10.32347/2411-4049.2021.1 en https://es-journal.in.ua/article/view/228418/227525 Авторське право (c) 2021 Тetiana Tkachenko, Oleksii Tkachenko, Olena Voloshkina, Adam Ujma http://creativecommons.org/licenses/by/4.0

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