- Solar architecture:
-
The deliberate use of solar energy by means of the building architecture, thereby reducing purchased energy dependence while enhancing the quality of enclosed space.
- Passive:
-
Not requiring actions to achieve a desired goal. In the case of passive solar energy use, solar energy is captured and distributed in a building without machinery by using the physics of conduction, free convection, and radiation.
- Direct gain:
-
The direct gain of heat within a building by sunlight entering through glazed openings in the enclosure, which then traps and stores the heat.
- Indirect gain:
-
Solar energy absorbed in some fashion on or in walls or roofs and converted to heat. This heat either remains entrapped in the building envelope to reduce building heat losses, or it is transferred into the building by conduction or convection. There may be a delay between the time when sunlight is absorbed and when heat penetrates into the enclosed volume.
- Isolated gain:
- ...
References
Passive House Institute (2015) Passive House requirements. www.passivehouse.com/02_informations/02_passive-house-requirements/02_passive-house-requirements.htm. See also www.passipedia.org
Hastings R (ed) (1994) Passive solar commercial and institutional buildings – a sourcebook of examples and design insights. Earthscan, London, ISBN-0 471 93943 9. www.earthscan.co.uk
Broadhurst T (ed) (2010) Saltbox, 1650–1830. www.oldhouseweb.com
Simon MJ (1947) Your solar house, Simon and Schuster, New York, in cooperation with Libbey-Owens-Ford Glass Co. (Pilkington, North America, Inc.)
Butti K, Perlin J (1980) A golden thread, 2500 years of solar architecture and technology. Cheshire Books, Palo Alto, ISBN 0–917352–07-6
Franklin Research Center (1979) The first passive solar home awards, US Dept of Housing and Urban Development, Office of Policy Development and Research. US Government Printing Office, Washington, DC
ASES (1977) First national passive solar conference. American Solar Energy Society, Boulder. www.ases.org
Balcomb D, Jones R (1980) Passive solar design handbook: v. 1. Passive solar design concepts/Total Environment Action, Inc. v. 2. Passive solar design analysis/Los Alamos Scientific Laboratory v. 3. Passive solar design analysis/Los Alamos National Laboratory available from National Technical Information Service, Alexandria
Hastings SR (1977) Three proposed typical house designs for energy conservation research, NBSIR 77-1309. National Institute for Standards and Technology (NIST), Gaithersburg
Mazria E (1979) The passive solar energy book, expanded professional edition. Rodale Press, Emmaus, ISBN 0–87857–238-4
Loftness V (1978) Regional guidelines for building passive energy conserving homes. US Department of Housing and Urban Development, Washington, DC, HUD-PDR-355
Hastings R, Crenshaw R (1977) NBS BSS 104 window design strategies. National Technical Information Service, Alexandria
Porteous C, MacGrego K (2005) Solar architecture in cool climates. Earthscan, London, ISBN-10: 1-84407-281-1 and SIBN-13: 978-1-84407-281-1
Hestnes AG, Hastings R, Saxhof B (eds) (1997/2003) Solar energy houses – strategies, technologies and examples. Earthscan, London, ISBN 1 902916 43 3
Larsen S (2010) Built examples: House Frei, Architekturbüro Sture Larsen. www.solarsen.com/d/p/frei-d.htm
SIA (1989) Demonstrationsprojekt Schulhaus Gumpenwiesen, Reihe “Planungsunterlagen zu Energie und Gebäude,” SIA-Dokumentation; D035, SIA Schweizerischer Ingenieur- und Architekten-Verein, Postfach, CH-8093 Zürich
Hastings R (ed) (2010) Lessons from exemplary housing renovations, IEA SHC 37B, publications. www.iea-shc.org
METEOTEST (2010) Meteonorm 6.1, Fabrikstrasse 14, CH-3012 Bern. www.meteonorm.ch
Hastings R (2004) Passivhäuser und Lebensfreude, 8th European Passivhaus Tagung und Messe, Krems AT, 16–17 Apr 2004. www.passivhaustagung.at
Troska C (2009) Vom Einfachglas zum Vakuumisolierglas, Pilkington AG Zentrumstrasse 2, CH-4806 Wikon
Rattner E (2008) Revolutionary vacuum glass. http://thefutureofthings.com/news/1167/revolutionary-vacuum-glass.htm
Hermes M (2002) “Aktuelles aus dem Regelwerk,” Die neue wärmedämmtechnische Bewertung von Fenstern mit Einführung der EnEV 2002, Teil 1: Grundlagen, Integratio® – Forum. www.fensterberater.de/PagEnEV1.htm
ZIEGE (2010) Wärmespeicherung – Planungsregeln, Verband Österreischer Ziegelwerke, A-1100 Wien. www.ziegel.at
Chiras D (2002) The solar house: passive heating and cooling. Chelsea Green Publishing Company, ISBN 1931498121
SIA (1981) SIA 381/1 Baustoff-Kennwerte, Schweizerischer Ingenieur- und Architektenverein, CH-8039 Zürich (also copyright 2000 SIA)
Hässig W, Hardegger P (1996) Messprojekt Direktgewinnhaus Trin, Dokumente: 194637.pdf. www.bfe.admin.ch/dokumentation/energiefo
Gary (2006) Solar wall constructions. www.builditsolar.com/Projects/SpaceHeating/SolarWall/SolarWall.htm
Douglass E (2007) A pioneer refuses to fade away his passion for solar still burns – forty years ago, Harold Hay came up with a way to heat and cool homes using water and the sun, Los Angeles Times, Los Angeles
Fachverband Transparente Wärmedämmung e.V. (2000) Bestimmung des Solaren Energiegewinns durch Massivwände mit transparenter Wärmedämmung, Ginsterweg 9, DE-79194 Gundelfingen. www.umwelt-wand.de
Humm O (1998) Transparente Wärmedämmung – Mehr Kollektor als Wärmedämmung, Oerlikon Journalisten AG, CH-8050 Zürich
Domenig-Meisinger I, Willensdorfer A, Krauss B, Aschauer J, Lang G (2007) Erstes Mehrfamilien-Passivhaus im Altbau Passivhausstandard und -komfort in der Altbausanierung am Beispiel eines großvolumigen MFH in Linz, BMVIT, Vienna. www.nachhaltigwirtschaften.at
Domenig-Meisinger I, Grünewald S, Rottensteiner S (2010) Apartment building on Makartstraße, Linz AT, IEA SHC Task 37 Results. www.iea-shc.org
Hastings R, Morck O (eds) (2000) Solar air systems – a design handbook. Earthscan Publishers Ltd, ISBN 1 873936 86 9
Hastings R (ed) (2000) Solar air systems – built examples. Earthscan Publisher, London, ISBN 1 873936 85 0
Schoch R (1995) Reihenhäuser Wydacker, Zollikofen, Aarplan Architects, CH-3013 Bern and Matter + Ammann HVAC, CH-3007 Bern. www.energienetz.ch/solargebaeude/Text/SG/ATR/Zollikofen.pdf
Hastings R, Wall M (2007) Sustainable solar housing, vol 1: strategies and solutions ISBN-13: 978-184407-325-2, vol 2: exemplary buildings and technologies ISBN-13: 978-184407-326-9. Earthscan, London
Hanus Chr, Hastings R (2007) Bauen mit Solarenergie, vdf Hochschulverlag AG. ETH-Zürich, ISBN 978-3-7281-3085-3
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Hastings, R. (2017). Passive Solar Heating in the Built Environment. In: Meyers, R. (eds) Encyclopedia of Sustainability Science and Technology. Springer, New York, NY. https://doi.org/10.1007/978-1-4939-2493-6_372-3
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