TRANSITION TO HYDROGEN FUEL CELL VEHICLES -- TRANSITION TO HYDROGEN FUEL CELL VEHICLES -- CONTENTS -- PREFACE -- FUEL CELL VEHICLE INFRASTRUCTURE LEARNING DEMONSTRATION: STATUS AND RESULTS -- INTRODUCTION -- PROJECT OBJECTIVES AND TARGETS -- AUTO INDUSTRY AND REFUELING PARTNERS -- DATA ANALYSIS APPROACH AND TOOLS -- COMPOSITE DATA PRODUCTS - PUBLIC RESULTS -- Fuel Cell Operation and Efficiency -- Vehicle Fuel Economy, Range, and Status of On-board Hydrogen Storage Technology -- Fuel Cell Voltage Degradation and Influencing Factors -- Vehicle Refueling Performance -- Vehicle Driving Behavior -- CONCLUSIONS -- REFERENCES -- FUEL CELL VEHICLE LEARNING DEMONSTRATION: STUDY OF FACTORS AFFECTING FUEL CELL DEGRADATION -- ABSTRACT -- FUEL CELL VEHICLE LEARNING DEMONSTRATION PROJECT -- Fuel Cell Degradation Study -- Objectives -- Data Collection -- Approach -- FUEL CELL DEGRADATION ANALYSIS PROCESS -- Data Processing -- Sample & Variable Set -- Multivariate Analysis -- Interpretation and Iterations -- Analysis Reporting -- Public Results -- Detailed Results -- CONCLUSIONS -- REFERENCES -- FUEL CELL VEHICLE LEARNING DEMONSTRATION: SPRING 2008 RESULTS -- ABSTRACT -- 1. INTRODUCTION -- 2. PROJECT OBJECTIVES AND TARGETS -- 3. AUTO INDUSTRY AND REFUELING INFRASTRUCTURE PARTNERS -- 4. DATA ANALYSIS APPROACH AND TOOLS -- 5. COMPOSITE DATA PRODUCTS - PUBLIC RESULTS -- 5.1. Fuel Cell Operation and Impact on Efficiency -- 5.2. The Impact of Short Trips -- 5.3. Fuel Cell Voltage Degradation and Influencing Factors -- 5.4. Status of On-Board Hydrogen Storage Technology -- 5.5. Vehicle Refueling Performance -- 5.6. Vehicle Driving Behavior -- 5.7. Vehicle Refueling Behavior -- 6. CONCLUSIONS -- REFERENCES -- ANALYSIS OF THE TRANSITION TO HYDROGEN FUEL CELL VEHICLES AND THE POTENTIAL HYDROGEN ENERGY INFRASTRUCTURE REQUIREMENTS -- ACKNOWLEDGMENTS -- EXECUTIVE SUMMARY.

Methodology -- Major Findings -- Major Factors Affecting Private and Public Sector Investment Needs -- Impacts and Costs of Policies to Support a Hydrogen Vehicle and Infrastructure Deployment -- 1. INTRODUCTION -- Overview of the Hydrogen Scenario Analysis -- Organization of this Report -- 2. ANALYSIS OF INFRASTRUCTURE DEPLOYMENT SCENARIOS -- Comparative Infrastructure Costs -- Geographic Deployment Analysis -- Key Findings and Conclusions: Infrastructure Deployment Analysis -- 3. ANALYSIS OF SCENARIO COSTS AND SUSTAINABILITY -- Projected Market Sustainability of Scenarios 1-3 -- Selection of Policy Options -- Analysis of Policy Costs -- No Policy Case -- Environmental and Energy Security Benefits -- Key Findings and Conclusions: Scenario Costs and Sustainability -- REFERENCES -- APPENDIX A. GOVERNMENT COSTS OF ALTERNATIVE POLICY CASES -- APPENDIX B. PARTICIPANTS IN STAKEHOLDERS' MEETINGS -- VALIDATION OF HYDROGEN FUEL AND INFRASTRUCTURE TECHNOLOGY -- HIGHLIGHTS -- CHAPTER SOURCES -- INDEX.