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Passive Solar Commercial and Institutional Buildings: A Sourcebook of Examples and Design Insights

Passive Solar Commercial and Institutional Buildings: A Sourcebook of Examples and Design InsightsCreator: S. R. Hastings
Publisher: John Wiley & Sons
Category: Book

List Price: $300.00
Buy Used: $294.95
as of 11/30/2009 22:01 CST details
You Save: $5.05 (2%)



Seller: fast__shipper
Sales Rank: 4047113

Media: Paperback
Pages: 464
Number Of Items: 1
Shipping Weight (lbs): 2.6
Dimensions (in): 9.8 x 7.7 x 1.2

ISBN: 0471939439
Dewey Decimal Number: 725.20472
EAN: 9780471939436
ASIN: 0471939439

Publication Date: March 1994
Availability: Usually ships in 1-2 business days

Editorial Reviews:

Product Description
Passive Solar Commercial and Institutional Buildings A Sourcebook of Examples and Design Insights EA International Energy Agency Paris, France Principal Editor S. R. Hastings ETH Zürich, Swiss Federal Office of Energy The results of research performed by solar experts from twelve countries during the years 1986 to 1991 are presented here, featuring forty-five building case studies. The buildings range from a large university complex with multiple atria in Norway to a sports hall employing a mass wall in Spain. The scope of the term `commercial buildings' in this sourcebook includes a diverse range of both commercial and institutional buildings. Insights gained from these projects have been expanded by conducting parametric studies using computer models, some of which were developed specifically for this International Energy Agency (IEA) research. For example, a programme was written to link the results of detailed daylighting models with detailed energy analysis models. Daylighting strategies were thereby assessed for effectiveness in reducing energy consumption for lighting as well as for heating and cooling. Commercial and institutional buildings can greatly benefit from a careful investigation of solar and daylighting concepts in an overall energy concept. These examples prove the degree of effectiveness which can be achieved and the insights offered by the researchers should be helpful for the designers of the next generation of even lower energy solar commercial and institutional buildings



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