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Regulation: Vyhlaska MDVRR SR c. 364/2012 ktorou sa vykonava zakon c. 555/2005 Z. z. o energetickej hospodarnosti budov a o zmene a doplneni niektorych zakonov v zneni neskorsich predpisov (which implements Act no. 555/2005 Coll. on the Energy Efficiency of Buildings and on Amendments and additions certain Acts, as amended), The Ministry of Transport and Construction of the Slovak Republic. (In Slovak). 72. Hraska, J. A proposal of simplified standardization of dwellings daylighting in Slovakia. Lumen V4, 2012: IV. Lighting Conference of the Visegrad Countries, Bratislava: SSTS, p. 86–93, 2012. 73. Kanka, J. O normach a dennim osvetleni (About standards and daylighting). Svetlo, 2012. V15, #3, pp. 53– 55. (In Czech). 74. Li, G.Z., Wang, Q.Q., Wang, J.L. Chinese standard requirements on indoor environmental quality for assessment of energyefficient buildings. Indoor and Built Environment, 2014. V23, #2, pp. 194–200. 75. Darula, S., Christoffersen, J., Malikova, M. 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Cast 4: Denni osvetleni prumyslovych budov (Daylighting in buildings. Part 1: Daylighting in industrial buildings). (In Czech). 86. EVS894: 2008 Loomulik valgustus elu ja burooruumides (Daylight in dwellings and offices). (In Estonian). 87. DIN5034–1 Tageslicht in Innenraumen – Teil 1: Allgemeine Anforderungen (Daylighting in interiors – Part 1: General requirements). (In German) 88. DIN5034–2 Tageslicht in Innenraumen; Grundlagen (Daylight in interiors; principles). (In German) 89. DIN5034–3 Tageslicht in Innenraumen – Teil 3: Berechnung (Daylighting in interiors – Part 3: Calculation). (In German) 90. DIN5034–4 Tageslicht in Innenraumen – Teil 4: Vereinfachte Bestimmung von Mindestfenstergro?en fur Wohnraume (Daylight in interiors – Part 4: Simplified method of determining window sizes in dwellings). (In German) 91. DIN5034–5 Tageslicht in Innenraumen – Teil 5: Messung (Daylight in interiors – Part 5: Measurement). (In German) 92. DIN5034–6 Tageslicht in Innenraumen – Teil 6: Vereinfachte Bestimmung zweckma?iger Abmessungen von Oberlichtoffnungen in Dachflachen (Daylight in interiors – Part 6: Simplified determination of suitable dimensions for rooflights). (In German). 93. BS8206: Part 2 Lighting for buildings: Code of practice for daylighting. 94. JIES008–1999 Indoor Lighting Standard. 95. СП 23–102–2003 Естественное освещение жилых и общественных зданий (Daylighting of residential and public buildings). (In Russian). 96. СП 52.13330.2016 Естественное и искусственное освещение (Daylighting and artificial lighting). (In Russian). 97. SRPS U.C9.100:1963 Дневно и електрично осветљење просторија у зградама (Illumination of building rooms by daylight and electrical light). (In Sebian). 98. STN73?0580–1 Denne osvetlenie budov. Cast 1: Zakladne poziadavky (Daylighting in buildings. Part 1: Basic requirements). (In Slovak). 99. STN73?0580–2 Denne osvetlenie budov. Cast 2: Denne osvetlenie budov na byvanie (Daylighting in buildings. Part 2: Daylighting of residential buildings). (In Slovak). 100. STN73?0580–1/Z2 Denne osvetlenie budov. Cast 1: Zakladne poziadavky (Daylighting in buildings. Part 1. Basic requirements. Amendment 2). (In Slovak). 101. ДБН В.2.5–28 Природне і штучне освітлення (Daylighting and artificial lighting). (In Ukrainian). 102. SS91 42 01 Byggnadsutformning – Dagsljus – Forenklad metod for kontroll av erforderlig fonsterglasarea (Building design – Daylight – Simplified method for checking the required window glass area). (In Swedish) 103. AS1680.1–2006 Interior lighting – General principles and recommendations. 104. NBN L13–002:1972 Dagverlichting van gebouwen – Voorafbepaling van de daglichtverlichtingssterkte bij overtrokken hemel (benaderende grafische methode) (Daylight of building – Prediction of daylight illumination for clear skies conditions (graphical basis)). (In Belgian). 105. NBR15215–1 Iluminacao natural – Parte 1: Conceitos basicos e definicoes (Daylighting – Part 1: Basic concepts and definitions). (In Portuguese). 106. NBR15215–2 Iluminacao natural – Parte 2: procedimentos de calculo para a estimativa da disponibilidade de luz natural (Daylighting – Part 2: Calculation procedures for the estimation of the availability of natural light). (In Portuguese). 107. NBR15215–3 Iluminacao natural – Parte 3: Procedimento de calculo para a determinacao da iluminacao natural em ambientes internos (Daylighting – Part 3: Calculation procedure for the determination of indoor lighting). (In Portuguese). 108. NBR15215–4 Iluminacao natural – Parte 4: Verificacao experimental das condicoes de iluminacao interna de edificacoes – Metodo de medicao (Daylighting Part 4: Experimental verification of indoor lighting conditions of buildings – Measurement method). (In Portuguese). 109. PWGSC1989 PWC Daylighting manual, Ottawa. 110. Regulation APP130. Lighting and Ventilation Requirements – Performancebased Approach. Hong Kong. 111. Regulation No. 77, 14. June 1985 Technical regulations to the Planning and Building Act. Updated by the regulation No. 1069, 29th August 2001. Ministry of Local Government and Regional Development, Norway. 112. NEN2057 Daglichtopeningen van gebouwen (Daylight openings of building). (In Dutch). 113. Regulation of Ministry for Infrastrukture, 17th July 2015, (Dz.U. Poz. 1422) w sprawie warunkow technicznych, jakim powinny odpowiadac budynki i ich usytuowanie (on the technical requirements to be met by buildings and their placement), Poland. (In Polish). 114. Rule UL. RS, c. 43, 3.6.2011 Pravilnik o zahtevah za zagotavljanje varnosti in zdravlja delavcev na delovnih mestih (Rules for the requirements for ensuring the safety and health of workers at the workplace). Slovenia. (In Slovenian). 115. Rule UL. RS, c. 61, 2.11.2017 Pravilnik o minimalnih tehnicnih zahtevah za graditev stanovanjskih stavb in stanovanj (Rules on minimum technical requirements for the construction of residential buildings and dwellings). Slovenia. (In Slovenian). 116. Mardaljevic, J., Christoffersen, J., Raynham, P. A proposal for a European standard for daylight in buildings. Proc. Int. Conf. Lux Europa 2013, Cracow, p. 237–250. 117. Darula, S., Malikova, M. New European standard criteria for daylight assessment. Proc. Conf. Lighting Engineering 2015, Preddvor, 69–74, 2015. 118. Darula, S. Hodnotenie denneho svetla v Europe (Evaluation of daylight in Europe). Svetlo, 2018. V21, #2, pp. 40–42. (In Slovak). 119. Deroisy, B., Deneyer, A. A new standard for daylight: Towards a daylight revolution. Proc. Int. Conf. Lux Europa 2017, Ljubljana: LES Slovenia, pp. 340–343, 2017. 120. Boubekri, M.A. Overview of the current state of daylight legislation. Journal of the HumanEnvironmental System, 2004. V7; #2, pp.57–63. 121. Darula, S., Kittler, R., Gueymard, Ch. Reference luminous solar constant and solar luminance for illuminance calculations. Solar Energy, 2005. V79, #5, pp.559–565. 122. Bedocs, L., van Bommel, W., Thorns, P., Schanda, J., Kittler, R., Darula, S. Interview of the Journals “Light & Engineering” and “Svetotekhnika”. Light and Engineering. 2013. V21, #1, pp.4–15. 123. Kittler, R., Darula, S. Determination of time and sun position system. Solar Energy, 2013. V93, pp. 72–79. 124. Kittler, R., Darula, S. Corrigendum to ‘‘Determination of time and sun position system” [Solar Energy, 2013.V93, pp. 72–79]. Solar Energy, 2017. V155, p. 584.
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