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Climate Control | 9 |
Energy | 9 |
Solar Radiation | 9 |
Environmental Education | 7 |
Energy Conservation | 6 |
Heating | 4 |
Building Design | 3 |
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Anderson, Bruce | 1 |
Burke, James C. | 1 |
Caldwell, William | 1 |
Carlton, Linda L. | 1 |
Glaser, Peter E. | 1 |
Rankins, William H., III | 1 |
Rose, Mary Jo | 1 |
Skiles, Albert | 1 |
Wilson, David A. | 1 |
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Guides - General | 3 |
Guides - Classroom - Learner | 2 |
Guides - Classroom - Teacher | 1 |
Journal Articles | 1 |
Reference Materials - General | 1 |
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Anderson, 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

Glaser, 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)
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

Journal of Chemical Education, 1979
Information is presented on the use of solar energy for heating and cooling. (BB)
Descriptors: Climate Control, Energy, Energy Conservation, Environmental Education
Caldwell, William; And Others – 1980
This activity and record book is designed for unit 2 (ages 12-14) of the Nebraska 4-H Energy Project. Aims, energy attitudes to be developed, and instructions are provided for each activity. Activities include: (1) a word search of energy-related words (with definitions provided); (2) determining fuel waste; (3) reading electric/gas meters and…
Descriptors: Climate Control, Conservation Education, Electrical Appliances, Elementary Secondary Education
Carlton, Linda L. – 1982
Energy activities are provided in this student activity book. They include: (1) an energy walk; (2) forms of energy in the home; (3) energy conversion; (4) constructing a solar hot dog cooker (with instructions for drawing a parabola); (5) interviewing senior citizens to learn about energy use in the past; (6) packaging materials; (7) insulation;…
Descriptors: Climate Control, Conservation Education, Elementary Secondary Education, Energy
Maine Audubon Society, Falmouth. – 1977
This document, intended primarily for mortgage lenders, is designed to aid readers in evaluating solar heating technology in the aspects of its capital cost and potential for recovery of investment. Whether or not American consumers will fully exploit this alternative will depend upon interest rates, the allocation of capital to finance the higher…
Descriptors: Building Design, Climate Control, Energy, Energy Conservation
North Seattle Community Coll., WA. – 1980
This report presents materials from a Washington State project to develop a curriculum outline of three courses for energy conservation to be used in vocational supplement classes. It first presents results from an industrial survey on which engineers, architects, and mechanical contractors rated objectives for the three courses. Next are provided…
Descriptors: Behavioral Objectives, Building Design, Buildings, Climate Control