CONTENTS -- Foreword by William R. Moroney -- Foreword by George W. Arnold -- Preface -- Acknowledgments -- 1 The Inevitable Emergence of the Smart Grid -- Introduction -- The Most Fundamental Infrastructure -- The Drive to Edge Empowerment -- The Roots of Smart Grid -- Electricity and Telecommunications -- Defining Smart Grid -- Design: The Twenty-First-Century Smart Grid Challenge -- Nature and the Internet: Models for Organizing Complexity -- The Inevitable Themes of Change -- Smart Devices and Ubiquitous Connectivity -- Static Vesus Dynamic Change -- Innovative Design as Change Agent -- Conclusion -- Endnotes -- 2 The Rationale for an Advanced Smart Grid -- Introduction -- A New Set of Rules and Assumptions -- Security -- Standardization -- Integration -- Analog-to-Digital Transition -- Two Axes: Functional Systems and Network Architecture -- Systems and Functional Areas -- Distributed Control System (DCS) -- Energy Management Systems and Supervisory Control and Data Acquisition (EMS/SCADA) -- Distribution Automation (DA) -- Advanced Meter Infrastructure (AMI) -- Demand Response (DR) -- Distributed Energy Resources (DERs) -- Distributed Generation (DG) -- Electric Vehicle (EV) -- Energy Storage (ES) -- Smart Grid System Components -- Spectrum and Network Equipment -- End Device -- Back Office -- Ancillary Services -- The New Rule of Integration -- Integration of Utility Communications Networks and Intelligent Edge Devices -- Power Engineering Concept Brief -- The Advanced Smart Grid Approach -- Power Engineering Concept Brief -- A New Energy Enterprise Architecture and Smart Grid Optimization Engine -- Power Engineering Concept Brief -- Features and Benefits of an Integrated Energy Ecosystem -- A Future of Robust Digital Devices and Networks -- Endnotes -- 3 Smart Convergence -- Introduction.

Smart Convergence: Networking Infrastructures, Stakeholders, and Markets -- Electricity and Telecommunications -- Power Engineering Concept Brief -- Electricity and IT -- Power Engineering Concept Brief -- Electricity and Banking: Smart Meters (AMI) -- Power Engineering Concept Brief -- Electricity and Smart Buildings and Appliances: Demand Response (DR) -- Consumers and Prosumers: Distributed Generation (DG) -- Power Engineering Concept Brief -- Electricity and Transportation: Electric Vehicles (EV) -- Power Engineering Concept Brief -- Electricity and Warehousing: Energy Storage -- Power Engineering Concept Brief -- Conclusion -- Endnotes -- 4 Smart Grid 1.0 Emerges -- Introduction -- Case Study: Austin Energy, Pioneer First Generation Smart Grid -- Saying Yes to Opportunity -- A Fresh Start -- Initial Assessment and Issue Identification -- Technology Recommendations, 2003 -- Accidental Versus Deliberate Smart Grid Architecture Design -- Data Flow -- Lessons Learned -- Highlights on the AE Smart Grid Journey -- Envisioning and Designing Smart Grid 2.0 -- Endnotes -- 5 Envisioning and Designing Smart Grid 2.0 -- Introduction -- The Pecan Street Project: A New Approach to Electricity -- A New Design, Business Model, and Empowered Energy Consumer Class -- Starting with Strategy -- Change on Three Dimensions -- Getting Organized -- Operations, Systems Integration, and Systems Modeling: Team 7 -- Pecan Street Architecture Framework (PSAF) Design -- Power Engineering Concept Brief -- PSAF as Integration Tool -- Day-in-the-Life (DITL) Scenarios and Use Cases -- Other Smart Grid Planning Tools -- Flexible Planning -- The Challenge of DER Integration and Smart Grid Design -- Phase Two: Demonstrating an Energy Internet -- Pecan Street Project Lessons Learned -- Team 7 Recommendations -- Conclusions on the Next Generation Utility -- Endnotes.

6 Today's Smart Grid -- Smart Grid Emerges as a Mainstream Meme -- Smart Grid: The Early Days -- Launching Smart Grid -- Smart Grid Speed Bumps -- Smart Grid Perspectives -- Government as a Smart Grid Stakeholder -- Federal Executive Influence -- Federal and State Legislative Influence -- Federal and State Regulatory Influence -- State Smart Grid Dockets -- State Smart Grid Planning -- Industry Standards and Security -- Smart Grid Interoperability Panel (SGIP) -- Industry Standards Groups -- Consumer Interest Groups -- Smart Grid Consumer Collaborative (SGCC) -- National Association of State Utility Consumer Advocates (NASUCA) -- Electric Industry Interest Groups -- Electric Power Research Institute (EPRI) -- EPRI Inverter Program -- TechNet -- GridWise Alliance (GWA) -- GridWise Architecture Council (GWAC) -- Utilimetrics (AMI) -- Demand Response Coordinating Committee (DRCC) and Demand Response Smart Grid Coalition (DRSG) -- Solar Energy Industry Association (SEIA) -- American Wind Energy Association (AWEA) -- Plug In America, the Electrification Coalition, and the Intelligent Transportation Society of America (ITS America) -- Energy Storage Association (ESA) -- Edison Electric Institute (EEI) -- Utilities Telecom Council (UTC) -- National Rural Telecommunications Council (NRTC) -- Universities and Smart Grid -- Carnegie Mellon, Software Engineering Institute, and the Smart Grid Maturity Model (SGMM) -- Virginia Tech Center for Energy and the Global Environment and the SGIC -- University of Texas and the Pecan Street Project -- Portland State University and the Executive Leadership Institute Smart Grid Seminar -- Florida State University (FSU) and the Center for Advanced Power Systems (CAPS) -- Smart Grid Media and Events -- Smart Grid Publications -- Smart Grid Events -- Environmental Interest Groups -- Environmental Defense Fund (EDF).

Conclusion -- Endnotes -- 7 Fast-Forward to Smart Grid 3.0 -- Introduction -- Looking Back -- The Inevitable Emergence of the Smart Grid -- The Rationale for an Advanced Smart Grid -- Smart Convergence -- Start with a Smart Grid Enterprise Architecture, Integrated IP Network(s), and SOA -- Envisioning and Designing the Energy Internet -- Today's Smart Grid -- Advanced Smart Grid Complexities -- Grid Operations -- Market Operations -- Revolutionary Smart Grid Tools: SGAF and SGOE -- Smart Grid Architecture Framework (SGAF): A How-To Guide for the Advanced Smart Grid -- Smart Grid Optimization Engine (SGOE): From Static to Dynamic Grid Operations -- The Smart Grid Journey: From 1.0 to 2.0 to 3.0 -- NFTE and FE -- Smart Grid 3.0 Emerges -- A Word on Use Cases -- The Advanced Smart Grid: Edge Power Driving Sustainability -- Endnotes -- Acronyms and Abbreviations -- About the Authors -- Index.