A model of human thermal comfort for analysing the energy performance of buildings

Deshko, V.; Buyak, Nadia

doi:10.15587/1729-4061.2016.74868

Cited by 15 publications

(7 citation statements)

References 10 publications

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“…When T i and MRT i increases, HBexC rate decreases until T i (21.8 °C) and MRT i (23.2 °C) reach the point where the occupant's TSV reaches thermal neutrality. Then, HBexC rate shows an increasing trend which is in a good agreement with the literature [15,21,23,42] . Similarly, HBexC rate shows a decreasing trend until the MRT i (23.2 °C) reaches the point where TSV equals to zero.…”

Section: Resultssupporting

confidence: 91%

The relation between thermal comfort and human-body exergy consumption in a temperate climate zone

Turhan

Akkurt

2019

Energy and Buildings

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Section: Resultssupporting

confidence: 91%

The relation between thermal comfort and human-body exergy consumption in a temperate climate zone

Turhan

Akkurt

2019

Energy and Buildings

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“…Improvement of the energy efficiency in buildings is an important and complex public task. Particular attention should be paid to increasing the energy efficiency of public buildings, the level of thermal comfort, which is regulated by the relevant requirements (Zare et al 2018) and is widely covered in recent studies (Deshko et al 2020, Deshko et al 2016, Hurnik et al 2017, Dylewski et al 2012). In addition, the human factor is taken into account by determining the level of use and the degree of occupancy of the building (Rodrigues et al 2017), which creates the need to consider economic, environmental (Javid et al 2019), energy and social factors in assessing and making decisions during thermal modernization of the building.…”

Section: Introductionmentioning

confidence: 99%

“…A building is a complex energy system. And the issues of energy consumption are investigated starting from the heat source and ending with enclosing structures, however, the requirements for thermal comfort are set by a human, which is reflected in the following works (Dovjak et al 2015, Deshko et al 2020, Deshko et al 2016. Thermal comfort models that are developed by Fanger (Fanger 1973) formed the basis of the ISO 7730 standard.…”

Section: Introductionmentioning

confidence: 99%

Сhanging Energy and Exergy Comfort Level after School Thermomodernization

2021

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Increasing the level of thermal resistance of the building envelope in combination with the choice of heat source is an urgent task. It is important to take into account changes in the cost of energy over time. Thermal modernization, in its turn, allows to increase the level of thermal comfort, which is not taken into account and evaluated in practice, although the relevant standards for comfort conditions and categories of buildings to ensure comfort have been introduced in Ukraine. This paper analyzes the change in the level of comfort after thermal modernization, determines the category of the building to provide comfortable conditions, as well as identifies the change in the average radiation temperature of the fences, as one of the main factors of PMV change in these conditions.

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“…Maintaining a comfortable climate meets human physiological needs and affects health and performance (Dovhaliuk & Mileikovskyi, 2013;Voznyak et al, 2005). Along with these air parameters, the concentration of CO2 in the room is of great importance (Kapalo et al, 2019;Kapalo et al, 2018, Kapalo et al, 2014.…”

Section: Introductionmentioning

confidence: 99%

Graphic-Analytical Method of Construction of Patterns of Ventilation Fittings

Voznyak¹,

Supply²,

Ventilation³

et al. 2021

Theory build. pract.

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The article presents the results of theoretical and experimental developments regarding the marking of scans and patterns of fittings of the ventilation system, provided that the unification of installation and procurement work. The aim of the work is to create a graph-analytical method to unify the construction of patterns of ventilation fittings, in particular in the design and manufacture of adapters of different shapes and sizes; increasing the efficiency of procurement work for the installation of ventilation systems in production facilities by minimizing material waste during their manufacture, and reducing the material consumption of products. The application of the proposed graphic-analytical method will increase the efficiency of procurement and installation work and thus reduce the amount of waste and material consumption for the manufacture of ventilation fittings for various purposes.

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A model of human thermal comfort for analysing the energy performance of buildings

Cited by 15 publications

References 10 publications

The relation between thermal comfort and human-body exergy consumption in a temperate climate zone

The relation between thermal comfort and human-body exergy consumption in a temperate climate zone

Сhanging Energy and Exergy Comfort Level after School Thermomodernization

Graphic-Analytical Method of Construction of Patterns of Ventilation Fittings

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