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E-raamat: Energy Conservation Guidebook, Third Edition 3rd edition [Taylor & Francis e-raamat]

(Eastern Kentucky University, Richmond, USA), (Eastern Kentucky University, Richmond, USA), (Eastern Kentucky University, Richmond, USA), (Eastern Kentucky University, Richmond, USA)
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Revised and edited, this new third edition reference covers the full scope of energy management techniques and applications for new and existing buildings, with emphasis on the "systems" approach to developing an effective overall energy management strategy. Foremost in the enhancements to the new edition is content that reflects the emphasis on conservation for "green energy" awareness.

Also examined are building structural considerations, such as heat loss and gain, windows, and insulation. A thorough discussion of heating and cooling systems basics is provided, along with energy management guidelines. Also covered are energy conservation measures that may be applied for lighting systems, water systems, and electrical systems. Specific energy management technologies and their application are discussed in detail, including solar energy systems, energy management systems, and alternative energy technologies.

• Covers the full scope of energy management techniques and applications for new and existing buildings

• Emphasizes a "systems" approach to developing an effective overall energy management strategy

• Includes enhanced content that reflects the emphasis on conservation for "green energy" awareness

Chapter 1 Introduction/Green Energy Concept
1(20)
Reasons for Energy Management
1(1)
Overview of Energy Management
2(11)
The Systems Concept
13(8)
Chapter 2 Energy Basics/Foundation for Understanding
21(30)
Introduction
21(1)
Matter
22(7)
Heat
29(8)
Pressure
37(6)
Humidity
43(1)
Dew Point
44(1)
Work
45(2)
Energy
47(4)
Chapter 3 The Building Structure/Saving Money
51(28)
Introduction
51(1)
Heat Loss
51(3)
Heat Gain
54(1)
Energy Use in Buildings
55(1)
Factors that Affect Building Construction
55(3)
Windows
58(6)
Carpeting
64(1)
Insulation
64(6)
Design Temperature Difference
70(1)
Degree-Days
70(2)
Products for Energy Conservation
72(4)
Energy Conservation Checklist for Building Structures
76(3)
Chapter 4 Comfort Heating Systems/Saving Natural Resources
79(56)
Introduction
79(1)
The Heating System Concept
79(3)
Types of Heating Systems
82(1)
Fossil-Fuel Heating Systems
83(1)
Forced-Air Gas Furnaces
84(12)
High-Efficiency Gas Furnaces
96(4)
Fuel Oil-Burning Systems
100(5)
Coal-Burning
105(1)
Heating Systems
105(3)
Electric Heating Systems
108(8)
Steam and Hot-Water Heating Systems
116(10)
Infrared Heating Systems
126(3)
Energy Conservation Checklist for Heating Systems
129(6)
Chapter 5 Summer Air-Conditioning Systems/Saving Natural Resources
135(64)
Introduction
135(1)
Air-Condtioning-System Classifications
136(2)
Air-Conditioning Systems
138(16)
Cooling-System Applications
154(9)
Split-Systems
163(1)
Air-Conditioning-System Components
164(18)
Efficiencies in Air Conditioning
182(2)
Refrigerants
184(1)
Indoor Air Quality
185(2)
Commercial Air Handling
187(4)
Energy Recovery Systems
191(4)
Energy Conservation Checklist for Air-Conditioning Systems
195(4)
Chapter 6 Lighting Systems/Improved Efficiency
199(40)
Introduction
199(1)
Characteristics of Light
199(1)
Types of Lighting
200(2)
Incandescent Lighting
202(4)
Fluorescent Lighting
206(4)
Vapor Lighting
210(4)
Street Lighting
214(1)
Led Lighting
215(3)
Lighting Design
218(5)
Light Dimming
223(1)
Tips for Energy Conservation in Lighting Systems
224(1)
Products For Energy Conservation
225(9)
Energy Conservation Checklist
234(1)
For Lighting Systems
234(5)
Chapter 7 Water Systems/Saving Our Valuable Resource
239(32)
Introduction
239(1)
Water-System Basics
239(1)
Water Purification
240(3)
Water Distribution
243(1)
Building Plumbing Systems
244(6)
Faucets
250(18)
Energy Conservation Checklist for Water Systems
268(3)
Chapter 8 Electrical Power Systems/Improved Efficiency
271(56)
Introduction
271(1)
Electrical Power System Overview
271(2)
Types of Electrical Circuits
273(6)
Electrical Power Production Systems
279(3)
Electrical Load Estimating
282(1)
Electrical Generators
283(5)
On-Site Electrical Power Generation
288(1)
Direct-Current Power Systems
289(1)
Power Distribution Systems
290(19)
Electrical Power Control
309(1)
Electrical Power Conversion (Loads)
309(2)
Power-Factor Correction
311(2)
Electrical Motors
313(8)
Products For Energy Conservation
321(4)
Energy Conservation Checklist for Electrical Systems
325(2)
Chapter 9 Solar Energy Systems/Green Possibility
327(28)
Introduction
327(1)
Types of Solar Energy Systems
327(10)
Solar Air-Conditioning Systems
337(2)
Photovoltaic Systems
339(2)
Domestic Solar Hot-Water Heating
341(7)
Products for Energy Conservation
348(4)
Future of Solar Energy
352(1)
Energy Conservation Checklist For Solar Systems
353(2)
Chapter 10 Instrumentation and Measurement
355(52)
Introduction
355(1)
Temperature-Measuring Instruments
356(1)
Nonelectrical Instrumentation
356(6)
Electronic Temperature Instruments
362(10)
Humidity Measurement
372(5)
Pressure Measurement
377(6)
Electrical Measurement and Instrumentation
383(18)
Flow-Measuring Instrumentation
401(6)
Chapter 11 Energy Management/for Going Green
407(30)
Introduction
407(1)
Energy Use In Buildings
407(3)
Considerations for Effective Energy Management
410(2)
Developing an Energy Management Program
412(1)
Suggestions for Building Owners and Operators
413(1)
Energy Audit
414(1)
Energy Audit Checklist
415(2)
Energy Saving through Preventive Maintenance
417(1)
Equipment Scheduling
417(5)
Computerized Energy Management Systems
422(6)
Computer Networked Controls
428(4)
Energy Conservation Checklist
432(1)
for Energy Management Systems
432(5)
Chapter 12 Alternative Energy Systems/More Green Possibilities
437(20)
Introduction
437(1)
Geothermal Power
437(6)
Wind Power
443(1)
Tidal Power Systems
444(3)
Biomass Systems
447(1)
Cogeneration
448(1)
Magnetohydrodynamics (Mhd) Systems
448(2)
Nuclear Power
450(1)
Nuclear Fission
451(2)
Nuclear Fusion
453(2)
Hydrogen
455(1)
Fuel Cells
455(2)
Chapter 13 Energy Cost Reduction /Going Green
457(24)
Introduction / Green Energy Concept
457(1)
Assessing Energy Consumption / Affecting the Environment
458(3)
Building Structure / Saving Money
461(4)
Heating and Cooling / Saving Natural Resources
465(2)
Lighting
467(3)
Water / Saving Our Valuable Resource
470(3)
Electrical Appliances / Improved Design
473(3)
Landscaping / Green Space
476(2)
Energy Management Program / for Going Green
478(3)
Appendix 1 Basic Electrical Symbols 481(2)
Glossary 483(18)
Index 501
Dale R. Patrick, Stephen W. Fardo, Ray E. Richardson, Brian W. Fardo
Püsilink: https://www.kriso.ee/db/9781003151883_pe.html
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