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Sustainable communities design handbook : green engineering, architecture, and technology / [edited by] Woodrow W. Clark, II.
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Title:Sustainable communities design handbook : green engineering, architecture, and technology / [edited by] Woodrow W. Clark, II.
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Other Contributors/Collections:Clark, Woodrow W.
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Published/Created:Burlington, MA : Butterworth-Heinemann, ©2010.
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Holdings
Holdings Record Display
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Location:WOODWARD LIBRARY stacksWhere is this?
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Call Number: GE170 .S875 2010
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Number of Items:1
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Status:Available
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Links:Donor bookplate
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Location:WOODWARD LIBRARY stacksWhere is this?
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Library of Congress Subjects:Environmental policy.
Sustainable development.
Green technology.
Sustainable architecture.
Sustainable engineering.
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Description:xviii, 422 p. : ill., maps ; 24 cm.
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Notes:Includes bibliographical references and index.
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ISBN:9781856178044
1856178048
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Contents:Machine generated contents note: 1. Introduction / Woodrow W. Clark, II
References
2. Third Industrial Revolution / Grant Cooke
2.1. Introduction
2.2. How Do Communities and Nations Move Ahead?
2.3. What is a Renewable Energy Power Source?
References
3. Public Policy and Leadership: "We Have Met the Enemy and he is Us" / Scott G. McNall
3.1. Energy Efficiency Gap
3.2. People Do Not Make Rational Choices
3.3. Human Beings Want to Make Sense of the World
3.4. People Can Worry About Only a Limited Set of Factors at Any Given Time
3.5. People Focus on Short-Term, Not Long-Term, Threats
References
4. Achieving More with Less: The State of Energy Conservation and Energy Efficiency / Michael F. Hoexter
4.1. Introduction
4.2. Electrical Energy Efficiency: Generating "Negawatts"
4.3. Utility Revenue Decoupling and Energy Efficiency
4.4. Green Design: Guiding Natural Energy Flows
4.5. Near-Zero, Net-Zero, and Plus-Energy Buildings
4.6. Electricity and Energy Efficiency Retrofits of Existing Buildings
4.7. Efficient Lighting: Efficient Fluorescents, Induction Lighting, and LEDs
4.8. Heat Pumps: Ground Source and BTES Linked
4.9. Key Technologies for More Energy Efficient, Eventually Carbon-Neutral Living
4.10. Quality Assurance and Certification in Energy Efficiency
4.11. Energy Efficiency in Transport: Short-Term and Long-Term Solutions
4.12. Price Signals and Energy Efficiency
4.13. Conclusion: Energy Efficiency in the United States Today
References
5. Renewable Energy / Joe Katenbacher
5.1. Introduction: Energy Use in the United States
5.2. Wind
5.3. Solar
5.4. Geothermal
5.5. Biopower
5.6. Marine
5.7. Advanced Renewables Deployment
5.8. Summary
6. How Energy Conservation Fits in an Existing Facilities Master Plan: A Case Study / Ben Johnson
6.1. Introduction
6.2. Getting Started
6.3. Investment Grade Audit
6.4. Installation
6.5. Measurement and Verification
6.6. Conclusion
References
7. Life-Cycle Analysis: The Economic Analysis of Demand-Side Programs and Projects in California / Arnie Sowell
7.1. Preface
7.2. Introduction
7.3. Basic Methodology
7.4. Participant Test
7.5. Ratepayer Impact Measure Test
7.6. Total Resource Cost Test
7.7. Program Administrator Cost Test
Reference
Appendix a Inputs to Equations and Documentation
Appendix b Summary of Equations and Glossary of Symbols
Appendix c Dervivation of RIM Life-Cycle Revenue Impact Formula
8. Life-Cycle and Cost-Benefit Analyses of Renewable Energy: The Case of Solar Power Systems / Maria Ignatova
8.1. Introduction
8.2. Successful Energy Plan
8.3. Due Diligence Procedures
8.4. Life-Cycle Analysis of a PV System from a Financial Perspective
8.5. Financing Structures
8.6. Measuring Savings from a PV System
8.7. Conclusion
9. Public Buildings and Institutions: Solar Power as a Solution: Legal Mechanisms for Sustainable Buildings / Douglas N. Yeoman
9.1. Alternative Energy Policy
9.2. Legal Mechanisms Facilitating Development of Alternative Energy Sources
9.3. Treatment of Environmental Incentives
10. Seven Principles for Interconnectivity: Achieving Sustainability in Design and Construction / Christine S. E. Magar
10.1. Introduction
10.2. Some of Today's Most Influential Sustainable Design Maxims
10.3. New Set of Principles
10.4. Principle 1. Building Independence
10.5. Principle 2. Building Natural Form
10.6. Principle 3. Building Service
10.7. Principle 4. Building Interconnectivity
10.8. Principle 5. Building Adaptability
10.9. Principle 6. Building Performance
10.10. Principle 7. Building Independence
11. Los Angeles Community College District: Establishing a Net-Zero Energy Campus / Andrew Hoffmann
11.1. Introduction
11.2. Background
11.3. Goals and Objectives
11.4. Importance of This Study
11.5. Renewable Energy Options
11.6. LACC Current Situation
11.7. Projected 2015 Campus Energy Demand and Consumption
11.8. LACC Solar Insolation
11.9. Solar PV Array and Setup
11.10. Discussion
11.11. Conclusion
Appendix a Map of LA City College Campus Indicating Previous, Current, and Planned Renovations / Construction
Appendix b LADWP Energy Rates as of October 1, 2009 - Specific for LACC Operations
References
12. Transformational Relationship of Renewable Energies and the Smart Grid / A. J. Jin
12.1. Introduction
12.2. Solar Electricity Systems and their Relationship with the Grid
12.3. Wind Power
12.4. Data Response and Power Transmission Lines
12.5. Smart Grid and a Market Solution
Acknowledgments
References
13. Clarifying American Values through Sustainable Agriculture / Sierra Flanigan
13.1. Murphy Apple Orchard
13.2. SAD Truth
13.3. New Beginning
13.4. Intercampus Produce Exchange
13.5. Appreciating the Value of Food
14. Climate Change Mitigation from a Bottom-up Community Approach / Henrik Lund
14.1. Introduction
14.2. Energy Demand in Fredrikshavn
14.3. Current Energy System in Fredrikshavn
14.4. Energy Resources and Energy Scenario for Fredrikshavn
14.5. Energy System Integration in Fredrikshavn
14.6. Public Involvement
References
15. Conclusions: Toward a Global Sustainable Future / Woodrow W. Clark, II
15.1. Third Industrial Revolution in the United States: Second Decade of the 21st Century
15.2. "Green" Careers and Businesses
15.3. Public Policy: Local, State, and National
15.4. Sustainable and Smart, Agile Communities
Reference
Appendix A California Standard Practice Manual: Economic Analysis of Demand-Side Programs and Projects / Don Schultz
A.1. Basic Methodology
A.2. Participant Test
A.3. Ratepayer Impact Measure Test
A.4. Total Resource Cost Test
A.5. Program Administration Cost Test
Appendix a Inputs to Equations and Documentation
Appendix b Summary of Equations and Glossary of Symbols
Appendix c Derivation of RIM Life-Cycle Revenue Impact Formula
Appendix B Request for Qualifications / Woodrow W. Clark, II
B.1. Purpose and Scope of Request for Qualificatons
B.2. Schedule of Events
B.3. RFQ Instructions and General Provisions
B.4. Scope of Services, Work, and Deliverables
B.5. Qualification Requirements
B.6. Evaluation and Selection Criteria
B.7. Content and Format of Response to RFQ
Appendix C Los Angeles Community College District Energy Program / Woodrow W. Clark, II
C.1. Section One: Energy Strategy
C.2. Section Two: Central Plant
C.3. Section Three: Demand Side Management/Performance Contracting
C.4. Section Four: Renewable Energy Technologie
C.5. Section Five: Campus Plans
C.6. Section Six: Financial Structure
C.7. Section Seven: Power Purchase Agreement
C.8. Section Eight: Finance Partners
C.9. Section Nine: Feed-in Tariff Analysis/RECs
C.10. Section Ten: Education/Jobs.