
IIR document
Saving Energy in Refrigeration, Air-Conditioning and Heat-Pump Technology
Author(s) : IIF-IIR, PEARSON S. F.
Type of monograph: Guide/Handbook
Summary
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This guide presents, in a concise and didactic manner, all solutions making it possible to reduce the energy consumption of refrigeration and air-conditioning systems, including heat pumps. This is a vital issue as these systems consume approximately 15% of worldwide electricity. These solutions apply to the design, operation and maintenance of various systems (compressors, condensers, expansion devices, evaporators, etc.) and take refrigerant selection into account. Several practical cases of highly energy-efficient systems are presented, as well as an extensive bibliography and an overview of the main applicable regulations and standards. It is hoped that you will be able to improve the efficiency of your refrigeration system, reduce running costs and increase profits by using the practical suggestions contained in this guide. Main topics: - Theory of refrigeration - Reducing heat loads - Choice of refrigerant - Design opportunities - Energy-efficient operation - Heat recovery opportunities - Energy storage and natural cooling - Standards and regulations - Case studies - References - Bibliography.
Available documents
Format Hard copy
Pages: 115
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Details
- Original title: Saving Energy in Refrigeration, Air-Conditioning and Heat-Pump Technology
- Record ID : 2008-0427
- Languages: English
- Publication: IIF-IIR - France
- Edition statement: ed. 2
- Publication date: 2008
- Collection:
- ISBN: 9782913149663
- Document available for consultation in the library of the IIR headquarters only.
Links
Indexing
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Themes:
Refrigerating equipment: general information;
Heat pumps, energy recovery: general information;
Air conditioning: general information;
Thermodynamics and changes of state;
Commercial heat pumps;
Comfort air conditioning;
Defrosting systems;
Cogeneration (CHP), trigeneration;
Energy efficiency, energy savings - Keywords: Thermodynamics; Standardization; Regulations; Refrigerating system; Refrigerating equipment; Heat balance; Frosting; Energy consumption; Comparison; Measurement; Design; Control (automatic); Heat recovery; Supermarket; Energy storage; Heat pump; Optimization; Refrigerating plant; Hospital; Energy efficiency; Insulation; Energy saving; Defrosting; Thermodynamic cycle; Leakage; Refrigerant; Air conditioning; Component