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Hydrogen Power System for Remote Applications

2. Project Description. Multi-phase effort to develop a cost-effective renewable H2 based off-grid-power system for rural Nevada and the SouthwestSystem attributes: Renewable energy (solar and wind) to generate hydrogen using an electrolyzerDual fuel ICE (H2 and propane) for power generationBat

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Hydrogen Power System for Remote Applications

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    1. Hydrogen Power System for Remote Applications Alan Gertler Desert Research Institute NSWEP Program Review August 14, 2006

    2. 2 Project Description Multi-phase effort to develop a cost-effective renewable H2 based off-grid-power system for rural Nevada and the Southwest System attributes: Renewable energy (solar and wind) to generate hydrogen using an electrolyzer Dual fuel ICE (H2 and propane) for power generation Battery bank Optimization of H2 storage, ICE power, and battery bank size Computerized system control that includes weather forecasts Portable

    3. 3 Project Objectives Investigate the application of H2 off-grid power generation using renewable energy Optimize the integrated system Increased energy storage as H2 Embedded controller for maximum efficiency and minimal human interface Study the use of a compact proton exchange membrane (PEM) electrolyzer Evaluate system performance in a real-world, off-grid application

    4. 4 Project Tasks Task 1: Select Field Deployment Site Task 2: Configure Systems for Field Deployment Task 3: Tailor Computer Software Interface for Field Operation Task 4: Conduct Site Training and Operation Task 5: Track Logistical, Performance and Maintenance Conditions Task 6: Evaluate User Acceptance Task 7: Administration, Coordination, and Final Report Activities

    5. 5 System Schematic

    6. 6 Trailer Layout

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