2015
DOI: 10.35784/bud-arch.1680
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The modifications to the requirements on energy savings and thermal insulation of buildings in Poland in the years 1974-2021

Abstract: Residential and public buildings use for heating more than 40% of the total energy consumption in the European Union. Therefore, this paper discusses the modifications to the building energy standard, which is currently in force. It is based on the requirements included in the Polish technical building regulations and standards. The proper energy-saving police have been implemented to this kind of consumers to diminish the energy consumption. The analysis pertains to the values of heat transfer … Show more

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Cited by 13 publications
(16 citation statements)
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“…To evaluate the impact of different transposition models (Section 4) on calculated solar gains and heating demands, we used two typical Polish residential buildings described in the TABULA project [78] dedicated to the energy-performance related calculations of buildings [79]. Because Poland is a country with a heating dominated climate [80][81][82] both buildings were with no cooling. The first building (Figure 4a) is a single-family one-story house with an attic and a gable roof (inclined at 30 • ).…”
Section: Test Buildingsmentioning
confidence: 99%
“…To evaluate the impact of different transposition models (Section 4) on calculated solar gains and heating demands, we used two typical Polish residential buildings described in the TABULA project [78] dedicated to the energy-performance related calculations of buildings [79]. Because Poland is a country with a heating dominated climate [80][81][82] both buildings were with no cooling. The first building (Figure 4a) is a single-family one-story house with an attic and a gable roof (inclined at 30 • ).…”
Section: Test Buildingsmentioning
confidence: 99%
“…for a one-family building, less than 70 kwh/(m 2 •year)), it is necessary to design the building envelope and joints that ensure minimum heat loss by transfer (U c ≤U cmax ), to select appropriate components for central heating, hot water, ventilation, cooling (with particular emphasis on efficiency) and to use a renewable energy source. Detailed analyses concerning the influence of thermal quality of external walls of a building on their energy demand (EU, EK, EP) are also described in detail in the paper [16].…”
Section: Energy Performance Parameters Of a Buildingmentioning
confidence: 99%
“…Od kilku lat budynkom bez względu na ich funkcję stawia się wymagania w zakresie zapotrzebowania na energię wyrażone poprzez wskaźnik zapotrzebowania na nieodnawialną energię pierwotną (EP). W Polsce wartości maksymalne wskaźnika EP zawarte są w przepisach techniczno-budowlanych [3,10] Przeliczenie energii użytkowej na końcową dokonywane jest poprzez uwzględnienie sprawności poszczególnych układów i instalacji, natomiast energii końcowej na pierwotną poprzez zastosowanie tzw. współczynnika nakładu nieodnawialnej energii pierwotnej (w i ), którego wartość zależy od rodzaju nośnika energii i dla metodyki stosowanej w Polsce jest narzucona i podana w [4].…”
Section: Matviichuk Kv Teslyuk Vm Zelinskyy Aya Programming Munclassified