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Energy Management Handbook 6th ed. [Kõva köide]

(Professor Emeritus Oklahoma State University Stillwater USA), (Colorado Springs Utilities USA)
  • Formaat: Hardback, 909 pages, kõrgus x laius x paksus: 284x224x51 mm, kaal: 2336 g, Graphs; Charts; Figures; Diagrams; Tables, black and white
  • Ilmumisaeg: 01-Apr-2006
  • Kirjastus: Taylor & Francis Inc
  • ISBN-10: 0849382343
  • ISBN-13: 9780849382345
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  • Formaat: Hardback, 909 pages, kõrgus x laius x paksus: 284x224x51 mm, kaal: 2336 g, Graphs; Charts; Figures; Diagrams; Tables, black and white
  • Ilmumisaeg: 01-Apr-2006
  • Kirjastus: Taylor & Francis Inc
  • ISBN-10: 0849382343
  • ISBN-13: 9780849382345
Newly revised and edited, this comprehensive handbook is the definitive stand-alone energy manager's desk reference, used by thousands of professionals throughout the industry. The sixth edition includes new chapters on ground-source heat pumps, sustainability, and high performance green buildings, plus an in-depth revision of sections on control systems.

In this book, you will find detailed coverage of every component of effective energy management, including energy auditing, economic analysis, boilers, steam systems, cogeneration, waste-heat recovery, building envelope, HVAC systems, electric energy management, control systems, lighting, energy systems maintenance, industrial insulation, alternative energy, indoor air quality, utility rates, thermal energy storage, codes standards, natural gas purchasing, energy security, utility deregulation, financing, commissioning, as well as measurement and verification of energy savings. Detailed illustrations, tables, graphs, and many other helpful working aids are provided throughout.
Introduction
1(8)
Background
1(1)
The Value of Energy Management
2(1)
The Energy Management Profession
3(2)
Some Suggested Principles of Energy Management
5(4)
Effective Energy Management
9(14)
Introduction
9(1)
Energy Management Program
9(1)
Organizational Structure
10(3)
Energy Policy
13(1)
Planning
13(1)
Audit Planning
14(1)
Educational Planning
15(1)
Strategic Planning
16(1)
Reporting
16(1)
Ownership
17(1)
Summary
17(6)
Energy Auditing
23(18)
Introduction
23(1)
Energy Auditing Services
23(1)
Basic Components of an Energy Audit
23(10)
Specialized Audit Tools
33(1)
Industrial Audits
34(2)
Commercial Audits
36(1)
Residential Audits
37(1)
Indoor Air Quality
37(4)
Economic Analysis
41(46)
Objective
41(1)
Introduction
41(1)
General Characteristics of Capital Investments
42(1)
Sources of Funds
43(1)
Tax Considerations
44(2)
Time Value of Money Concepts
46(8)
Project Measures of Worth
54(4)
Economic Analysis
58(6)
Special Problems
64(5)
Summary and Additional Example Applications
69(18)
Boilers and Fired Systems
87(38)
Introduction
87(1)
Analysis of Boilers and Fired Systems
87(2)
Key Elements for Maximum Efficiency
89(27)
Fuel Considerations
116(6)
Direct Contact Technology for Hot Water Production
122(3)
Steam and Condensate Systems
125(30)
Introduction
125(1)
Thermal Properties of Steam
126(7)
Estimating Steam Usage and its Value
133(6)
Steam Traps and Their Application
139(8)
Condensate Recovery
147(8)
Cogeneration
155(38)
Introduction
155(2)
Cogeneration System Design and Analysis
157(17)
Computer Programs
174(2)
U.S. Cogeneration Legislation: PURPA
176(2)
Evaluating Cogeneration Opportunities: Case Examples
178(15)
Waste-Heat Recovery
193(28)
Introduction
193(8)
Waste-Heat Survey
201(6)
Waste-Heat Exchangers
207(4)
Commercial Options in Waste-Heat-Recovery Equipment
211(7)
Economics of Waste-Heat Recovery
218(3)
Building Envelope
221(26)
Introduction
221(2)
Principles of Envelope Analysis
223(2)
Metal Elements in Envelope Components
225(5)
Roofs
230(3)
Floors
233(1)
Fenestration
234(3)
Infiltration
237(2)
Summarizing Envelope Performance with the Building Load Coefficient
239(1)
Thermal ``Weight''
240(1)
Envelope Analysis for Existing Buildings
240(5)
Envelope Analysis for New Buildings
245(1)
Updated Envelope Standards for New and Existing Construction
245(1)
Additional Reading
246(1)
HVAC Systems
247(26)
Introduction
247(1)
Surveying Existing Conditions
247(1)
Human Thermal Comfort
248(1)
HVAC System Types
249(10)
Energy Conservation Opportunities
259(10)
Cooling Equipment
269(2)
Domestic Hot Water
271(1)
Estimating HVAC Energy Consumption
272(1)
Electric Energy Management
273(42)
Introduction
273(1)
Power Supply
273(1)
Effects of Unbalanced Voltages on the Performance of Motors
274(1)
Effect of Performance-General
274(1)
Motor
275(1)
Glossary of Frequently Occurring Motor Terms
275(4)
Power Factor
279(2)
Handy Electrical Formulas & Rules of Thumb
281(1)
Electric motor Operating Loads
281(1)
Determining Electric Motor Operating Loads
282(1)
Power Meter
282(1)
Slip Measurement
282(2)
Amperage Readings
284(1)
Electric Motor Efficiency
284(2)
Comparing Motors
286(4)
Sensitivity of Load to Motor RPM
290(1)
Theoretical Power Consumption
291(3)
Motor Efficiency Management
294(1)
Motors Are Like People
294(1)
Motor Performance Management Process
294(1)
How to Start MPMP
295(3)
Nameplate Glossary
298(17)
Energy Management Control Systems
315(38)
Energy Management Systems
315(6)
Justification of EMCSs
321(5)
Systems Integration
326(27)
Lighting
353(48)
Introduction
353(1)
Lighting Fundamentals
353(14)
Process to Improve Lighting Efficiency
367(1)
Maintenance
368(2)
New Technologies & Products
370(9)
Special Considerations
379(4)
Daylighting
383(2)
Common Retrofits
385(5)
Schematics
390(7)
Glossary
397(4)
Energy Systems Maintenance
401(36)
Developing the Maintenance Program
401(12)
Detailed Maintenance Procedures
413(8)
Materials Handling Maintenance
421(2)
Truck Operation and Maintenance
423(3)
Measuring Instruments
426(4)
Saving Energy Dollars in Materials Handling and Storage
430(3)
Recent Developments
433(4)
Industrial Insulation
437(34)
Fundamentals of Thermal Insulation Design Theory
437(2)
Insulation Materials
439(4)
Insulation Selection
443(5)
Insulation Thickness Determination
448(13)
Insulation Economics
461(10)
Use of Alternative Energy
471(26)
Introduction
471(1)
Solar Energy
471(13)
Wind Energy
484(5)
Refuse-Derived Fuel
489(4)
Fuel Cells
493(4)
Indoor Air Quality
497(10)
Introduction and Background
497(2)
What is the Current Situation
499(1)
Solutions and Prevention of IAQ Problems
500(7)
Electric and Gas Utility Rates for Commercial and Industrial Consumers
507(12)
Introduction
507(1)
Utility Costs
507(1)
Rate Structures
508(1)
Innovative Rate Type
509(1)
Calculation of a Monthly Bill
510(3)
Conducting a Load Study
513(3)
Effects of Deregulation on Customer Rates
516(3)
Thermal Energy Storage
519(20)
Introduction
519(2)
Storage Systems
521(2)
Storage Mediums
523(3)
System Capacity
526(6)
Economic Summary
532(7)
Codes Standards & Legislation
539(10)
The Energy Policy Act of 1992
539(1)
State Codes
540(1)
Model Energy Code
541(1)
Federal Energy Efficiency Requirements
541(1)
Indoor Air Quality Standards
542(1)
Regulations & Standards Impacting CFCs
543(1)
Regulatory and Legislative Issues Impacting Air Quality
544(1)
Regulatory and Legislative Issues Impacting Cogeneration & Power
545(1)
Opportunities in the Spot Market
546(1)
The Climatic Change Action Plan
547(2)
Natural Gas Purchasing
549(28)
Preface
549(1)
Introduction
550(3)
Natural Gas as a Fuel
553(13)
Buying Natural Gas
566(9)
New Frontiers for the Gas Industry
575(2)
Control Systems
577(44)
Introduction
577(1)
Why Automatic Control?
577(1)
Why Optimization?
578(1)
Technology Classifications
578(2)
Control Modes
580(4)
Input/Output Devices
584(2)
Valves and Dampers
586(2)
Instrument Accuracy, Repeatability, and Drift
588(1)
Basic Control Block Diagrams
589(1)
Key Fundamentals of Successfully Applied Automataic Controls
590(2)
Operations and Maintenance
592(1)
Expected Life of Control Equipment
592(2)
Basic Energy-saving Control Applications
594(1)
Advanced Energy-saving Control Applications
594(1)
Facilities Operations Control Applications
594(7)
Control System Application Pitfalls to Avoid
601(1)
Costs and Benefits of Automataic Control
601(1)
Estimating Savings from Applied Automatic Control Systems
601(4)
Conclusion and Further Study
605(11)
Glossary of Terms
616(5)
Energy Security and Reliability
621(16)
Introduction
621(3)
Risk Analysis Methods
624(6)
Countermeasures
630(2)
Economics of Energy Security and Reliability
632(1)
Links to Energy Management
633(1)
Impact of Utility Deregulation
634(3)
Utility Deregulation and Energy System Outsourcing
637(12)
Introduction
637(1)
An Historical Perspective of the Electric Power Industry
637(1)
The Transmission System and The Federal Regulatory Commission's (FERC) Role in Promoting Competition in Wholesale Power
638(1)
Stranded Costs
639(1)
Status of State Electric Industry Restructuring Activity
640(1)
Trading Energy---Marketers and Brokers
640(1)
The Impact of Retail Wheeling
640(1)
The Ten-Step Program to Successful Utility Deregulation
641(2)
Aggregation
643(1)
In-house vs. Outsourcing Energy Services
643(6)
Financing Energy Management Projects
649(22)
Introduction
649(1)
Financial Arrangements: A Simple Example
649(3)
Financial Arrangements: Details and Terminology
652(1)
Applying Financial Arrangements: A Case Study
653(11)
``Pros'' & ``Cons'' of Each Financial Arrangement
664(1)
Characteristics that Influence which Financial Arrangement is Best
665(1)
Incorporating Strategic Issues when Selecting Financial Arrangements
666(1)
Glossary
666(5)
Commissioning for Energy Management
671(36)
Introduction to Commissioning for Energy Management
671(1)
Commissioning Definitions
671(1)
The Commissioning Process in Existing Buildings
672(8)
Commissioning Measures
680(15)
Ensuring Optimum Building Performance
695(7)
Commissioning New Buildings for Energy Management
702(2)
Additional Information
704(3)
Measurement and Verification of Energy Savings
707(48)
Introduction
707(4)
Overview of Measurement and Verification Methods
711(44)
Ground-source Heat Pumps Applied to Commercial Buildings
755(38)
Abstract
755(1)
Background
755(1)
Introduction to Ground-source Heat Pumps
756(1)
About the Technology
757(10)
Application
767(4)
Technology Performance
771(3)
Hypothetical Case Studies
774(7)
The Technology in Perspective
781(2)
Manufacturers
783(2)
For Further Information
785(8)
Sustainability and High Performance Green Buildings
793(22)
Beginnings
793(1)
Sustainability Gives Rise to the Green Building Movement
794(4)
Introducing the LEED NC Rating System: A Technical Review
798(3)
LEED for Existing Building Rating System (LEED-EB) Adopted in 2004
801(3)
Summary Discussion of Two New LEED Programs
804(1)
The LEED Process
805(3)
ASHRAE Guides Developed to Support LEED
808(7)
Appendix I---Thermal Sciences Review 815(22)
Appendix II---Conversion Factors and Property Tables 837(50)
Appendix III---Review of Electrical Science 887(14)
Index 901