Interim Design Criteria. Technical Guidelines for Energy Conservation in New Buildings


Book Description

This manual contains description, illustration and design criteria to be applied for energy conservation in buildings. Also included in the manual is the description and our recommendation of commercially available computer programs together with the sample printouts of a computer analysis on an example building. (Author).










Technical Guidelines for Energy Conservation


Book Description










Interim Design Criteria, Technical Guidelines for Energy Conservation in Existing Buildings


Book Description

This manual contains description, illustration and design criteria to be applied for energy conservation in buildings. Also included in the manual is the description and our recommendation of commercially available computer programs together with the sample printouts of computer analysis on an example building. (Author).




Technical Guidelines for Energy Conservation


Book Description

This report provides detailed technical material on various energy conservation actions for existing Air Force facilities and utility systems. It is specifically tailored to serve as a working document for Base engineers and technical personnel. The report covers energy conservation for Air Force facilities, including the equipment for providing hot water, space heating and cooling, lighting, and humidification. It also covers central plant systems and underground distribution systems (hot water, steam, and chilled water). This volume includes the following topics: Energy Conservation Measures for Exterior Building Envelopes; Modifying Mechanical Systems and Operating Practices for Energy Conservation; Conducting the Building Survey; Measurements for identifying Energy Conservation Potential; Economic Analysis; and Appendices--Heat transfer fundamentals, Solar energy systems for Air Force applications, Heat and Chilled water distribution systems, and Survey of computer programs for evaluating building and system performance.