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i Executive Summary  ii Acknowledgments  ix Acronyms and Abbreviations  xi 1.0 Introduction  1.1 2.0 Community Overview  2.3 3.0 Community Electricity and Heating Infrastructure  3.6 4.0 Electrical and Thermal Loads  4.9 4.1 Loads Overview  4.9 4.2 Electrical Loads  4.10 4.2.1 Current Electrical Loads  4.10 4.2.2 Future Electrical Load (Modeling Assumptions)  4.12 4.3 Thermal Loads  4.13 4.3.1 Current Thermal Load  4.13 4.3.2 Future Thermal Load (Modeling Assumptions)  4.14 5.0 Energy Efficiency  5.15 5.1 End-Use Electrical Energy Efficiency  5.15 5.2 End-Use Thermal Energy Efficiency  5.15 5.3 Energy Efficiency Sensitivity Analysis  5.16 5.4 Reduction in Electrical System Distribution Line Losses  5.16 5.5 Heat Recovery  5.16 5.6 Use of Excess Renewable Energy Electricity to Meet Thermal Loads (Modeling Assumption)  5.16 6.0 Wind Turbine Technology  6.18 6.1 Wind Resource  6.18 6.2 Wind Turbine Cost and Performance  6.20 7.0 Solar Photovoltaic Technology  7.22 7.1 Solar Resource  7.22 7.2 Solar PV Costs  7.22 8.0 Integration, Storage, and Converters  8.23 9.0 System Modeling  9.25 10.0 Modeling Results  10.27 10.1 Component Sizes  10.27 10.2 Fuel Consumption  10.28 10.3 Diesel Run Time  10.29 10.4 Spilled Energy  10.31 10.5 Net Present Cost  10.32

Chefornak Energy Configuration Options: Energy Infrastructure Optimization to Reduce Fuel Cost and Dependence in Chefornak, Alaska