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American School and University, 1981
A solar heating, cooling, and hot water system for the addition to Escambia County High School in Atmore (Alabama) also serves as a statewide demonstration program. (Author/MLF)
Descriptors: Climate Control, Educational Facilities Design, School Expansion, Secondary Education
Mooij, D. – 1974
This publication provides data on the angles governing the design of sunshading devices for educational buildings in the countries of the Asian region and gives examples of the ways in which these data can be used. Different methods of excluding direct sunlight from teaching spaces are illustrated in a series of diagrams that show exclusion by…
Descriptors: Building Design, Climate, Climate Control, Light
Building Design and Construction, 1977
A retail bookstore and offices for the University of Minnesota's admissions and records department are housed in Williamson Hall. Some 95 percent of the floor area lies below grade; however, window arrangement permits a view of the outdoors or sunlight from almost every part of the building. (Author/MLF)
Descriptors: Building Innovation, Climate Control, Energy Conservation, Higher Education
Lennox Industries, Inc., Dallas, TX. – 1979
This book contains comprehensive instruction in design, installation, and service procedures for typical solar space heat and domestic hot water systems. The book is comprised of five major sections. Solar Systems: Past and Present presents a brief look at how far solar technology has advanced. Included in this section are descriptions of over…
Descriptors: Climate Control, Equipment, Equipment Maintenance, Equipment Utilization
Peer reviewedAnderson, Bruce – Environment, 1975
Widespread use of solar energy is unsuccessful with large scale integration required and conservatism of responsible institutions. Rising fuel costs and government promotion may initiate expansion in commercial, environmental, and government establishments, homes, and schools. Difficulties encountered include financing, tax incentives, design,…
Descriptors: Building Design, Climate Control, Controlled Environment, Energy
Delta Vocational Technical School, Marked Tree, AR. – 1982
This instructional unit consists of materials designed to help students understand terms associated with solar energy; identify components of advanced solar systems; and identify applications of solar energy in business, industry, agriculture, and photovoltaics. Included in the unit are the following materials: suggested activities, instructional…
Descriptors: Agriculture, Business, Climate Control, Definitions
American School and University, 1975
The new Terraset Elementary School in Reston, Virginia, uses earth as a cover for the roof area and for about 80 percent of the wall area. A heat recovery system will be used with solar collectors playing a primary role in heating and cooling. (Author/MLF)
Descriptors: Building Innovation, Climate Control, Educational Facilities Design, Elementary Education
Peer reviewedStevens, Preston, Jr. – CEFP Journal, 1976
The proposed Niskey Lake Middle School is designed to have solar heating in half of the building, solar water heating for the entire facility, and solar cooling for the administration area. (Author/MLF)
Descriptors: Building Design, Building Innovation, Climate Control, Energy Conservation
Peer reviewedGlaser, Peter E.; Burke, James C. – Bulletin of the Atomic Scientists, 1973
Describes new applications being found for solar energy as a result of technical advances and a variety of economic and social forces. Discusses the basic requirements for a solar climate control system and outlines factors that should stimulate greater use of solar energy in the near future. (JR)
Descriptors: Climate, Climate Control, Economic Factors, Energy
Skiles, Albert; Rose, Mary Jo – 1981
Solar retrofits are devices of structures designed to be attached to existing buildings to augment their existing heating sources with solar energy. An investigation of how solar retrofits should be designed to suit the climate and resources of Arkansas is the subject of this report. Following an introduction (section 1), section 2 focuses on…
Descriptors: Building Plans, Climate Control, Construction Costs, Construction (Process)
Building Design and Construction, 1977
The Terraset Elementary School in Reston, Virginia, combines underground construction with a sophisticated heat reclamation mechanical system and solar collectors. (Author/MLF)
Descriptors: Building Innovation, Climate Control, Educational Facilities Design, Elementary Education
Rankins, William H., III; Wilson, David A. – 1976
This publication is a handbook for the do-it-yourselfer or anyone else interested in solar space and water heating. Described are methods for calculating sun angles, available energy, heating requirements, and solar heat storage. Also described are collector and system designs with mention of some design problems to avoid. Climatological data for…
Descriptors: Climate, Climate Control, Energy, Energy Conservation
Silver, Jerry; Johnson, Kurt – Today's Education, 1977
A high school class, housed in a temporary prefabricated structure, designed and built a solar energy element to heat the building. (JD)
Descriptors: Climate Control, Educational Innovation, School Buildings, Science Experiments
Peer reviewedBrubaker, C. William – CEFP Journal, 1976
Buildings can be designed in harmony with the natural environment, and new techniques of "active" solar design exist to collect and use solar energy for space heating and cooling. Preservation and reuse of existing buildings and neighborhoods are other ways to conserve energy. (Author/MLF)
Descriptors: Building Conversion, Building Design, Climate, Climate Control
Hunt, Margaret – Nation's Schools, 1974
Describes the main features of four experimental solar heating plans to be installed in four different schools in Maryland, Massachusetts, Minnesota, and Virginia. (Author/DN)
Descriptors: Climate Control, Elementary Schools, Energy Conservation, Fuel Consumption


