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Showing 1 to 15 of 53 results Save | Export
Modern Schools, 1975
Heat recovery systems are operating successfully in climates ranging from that of Florida to those of Michigan and New Jersey. (Author/MLF)
Descriptors: Climate Control, Educational Facilities Design, Energy Conservation, Heat Recovery
American School and University, 1974
Heat-recovery wheels and heat pumps provide efficient, economical temperature control for the Hanford school, Richland, Washington. (Author)
Descriptors: Air Conditioning, Climate Control, Energy Conservation, Heat Recovery
Abrahams, A. L. – School Business Affairs, 1976
Describes results of a study that used CV 100, a fuel additive for use in oil-fired heating systems, on a trial basis in 12 Ontario schools. The test showed an average 12 percent reduction in fuel costs in the schools using CV 100. (JG)
Descriptors: Climate Control, Cost Estimates, Elementary Secondary Education, Energy Conservation
Peer reviewed Peer reviewed
Dinse, David H. – ASHRAE Journal, 1998
Describes an award-winning school heating and cooling system in which two energy-efficient technologies, variable-flow pumping and geothermal heat pumps, were combined. The basic system schematic and annual energy use and cost savings statistics are provided. (GR)
Descriptors: Air Conditioning, Climate Control, Cost Effectiveness, Educational Facilities
Bock, Larry T. – 1982
As the first step in a district energy conservation program, the Blair (Nebraska) Community School District installed a load programmer in 1980 to control power usage in the 144,000 square foot junior-senior high school. The cost of the load programmer was less that $8,500, including installation, and during the initial year of operation, the…
Descriptors: Climate Control, Computer Oriented Programs, Educational Facilities, Electrical Systems
Quivik, Fredric – 1984
Energy-efficient retrofits are suggested as alternatives to conventional weatherization practices in this three-chapter report. Chapter 1 provides information necessary to help readers decide if a major energy retrofit is the right approach to a particular housing situation. Chapter 2 examines various aspects of retrofit designing, considering…
Descriptors: Climate Control, Energy Conservation, Facility Improvement, Heating
Kelly, George E.; Bean, John – 1977
This publication is a study of the dynamic performance of a 5-ton air-to-air heat pump in a residence in Washington, D.C. The effect of part-load operation on the heat pump's cooling and heating coefficients of performance was determined. Discrepancies between measured performance and manufacturer-supplied performance data were found when the unit…
Descriptors: Air Conditioning, Climate Control, Cost Effectiveness, Energy
Wells, Kathy, Ed. – 1984
The principal publications the Arkansas Energy Office offers to the public on energy conservation, solar energy, and renewable energy resources are presented in this one volume for convenient reference. These publications are organized under the following headings: (1) retrofits for conservation; (2) solar energy; (3) active solar energy; (4)…
Descriptors: Climate Control, Energy Conservation, Energy Education, Greenhouses
Ackerman, Allan D.; And Others – 1977
This publication is a homeowner's guide to energy conserving home improvements. This second edition is the same as the earlier version except that the energy conservation cost and saving estimates are based on more current fuel prices. The reader is led through steps to assess the energy conservation needs of a home and then through how to effect…
Descriptors: Air Conditioning, Climate Control, Cost Effectiveness, Energy
Manzo, Joseph P. – Engineering Education, 1979
The survival of the consulting engineer depends on adequate training in environmental systems and energy technologies. A mechanical/electrical building systems curriculum is proposed. (Author/BB)
Descriptors: Air Conditioning, Architectural Education, Building Design, Building Systems
Harrison, David – 1978
The Solar Schoolhouse at the Lathrop E. Smith Environmental Education Center (Rockville, Maryland) is described. Background and construction information is given. Drawings of the Schoolhouse's four sides are provided, as well as drawings illustrating the greenhouse effect, a solar collector, the Schoolhouse's summer cooling and winter heating…
Descriptors: Building Operation, Climate Control, Diagrams, Energy Conservation
Byalin, Joan – 1981
This book is the first in a series of Energy Tool Kits designed for women by Consumer Action Now, a non-profit organization devoted to promoting energy efficiency and renewable energy resources. Information is provided in 16 sections: introduction, home energy survey; caulking; weatherstripping (double-hung and sliding windows, and casement,…
Descriptors: Climate Control, Conservation Education, Electrical Appliances, Energy
Federal Energy Administration, Washington, DC. – 1975
This pamphlet presents simple suggestions for energy conservation. Sections include: (1) In and around the home; (2) Using the family car; and (3) In the marketplace. The suggestions given are mostly common sense tips like dressing appropriately for either hot or cold weather, use electrical appliances and lights sparingly and at off-peak times,…
Descriptors: Climate Control, Electrical Appliances, Energy Conservation, Facility Improvement
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
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
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