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Сhanging Energy and Exergy Comfort Level after School Thermomodernization

Buyak Nadia, Deshko Valeriy, Bilous Inna

Rocznik Ochrona Środowiska

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2021

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Tom 23

458--469

EN

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.

2

Dynamic modeling of energy need for heating and thermal comfort dependence on building envelope characteristics

Deshko Valeriy, Buyak Nadia, Bilous Inna

Journal of New Technologies in Environmental Science

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2019

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Vol. 3, nr 1

10--19

EN

The analysis based on dynamic modeling of the parameters changing effect of the building envelope on the thermal state has been carried out. The influence on the building energy need for heating of the mass building thermal inertia features for various thermal resistances and the different glazing area under the condition of constant room air temperature was investigated. The influence of changes in environmental parameters during the heating period on the parameters of thermal comfort and on average radiant and operating temperature for various variants of building envelope, glazing area of the windows and massiveness of envelope has been also investigated.

3

Wpływ parametrów optyczno-energetycznych oszklenia na komfort cieplny pomieszczeń

Wilk-Słomka B., Belok J.

Budownictwo o Zoptymalizowanym Potencjale Energetycznym

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2017

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nr 2(20)

23--28

PL

W artykule podjęto próbę określenia wpływu parametrów optyczno-energetycznych oszklenia na komfort cieplny w wybranej strefie budynku. Strefę o regulowanej temperaturze stanowi fragment budynku jednorodzinnego o powierzchni ogrzewanej ok. 55 m2 z dużą powierzchnią przeszkloną od strony południowej. Jako metodę badawczą przyjęto badania numeryczne z wykorzystaniem programów ESP-r oraz Window dla danych klimatycznych miasta Katowice. Parametry optyczno-energetyczne zestawów szybowych dobrano tak, aby odpowiadały współczesnym rozwiązaniom dla budownictwa niskoenergetycznego. Ocenę komfortu cieplnego przeprowadzono w oparciu o wskaźnik PMV. Analizowano także średnią temperaturę promieniowania otaczających przegród.

EN

The goal of this paper was to determine the impact of glazing parameters on thermal comfort in a selected thermal zone in residential building. The thermal zone is represented by a part of single family house with heated area of 55 m2 and large glazed area from southern side. There was chosen as testing method the numerical method with usage the ESP-r and Window software. Climate data necessary for calculations were taken for Katowice. Estimation of thermal comfort was carried out using PMV index. In considerations were taken into account also mean radiant temperatures and mean air temperature inside zone. Four variants of glazing were used in the analysis. The reference point was the glazing system made of single chamber pane set filled with air. Other variants were selected in such a way that they corresponded to modern solutions of pane sets assigned for low-energy buildings. From the point of view of feeling thermal comfort it seems that the most advantageous for winter period is W2 solution and for the summer W1.