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Figure 8-3 Figure 8-4 Figure 8-5 Figure 8-6 Figure 8-7a Figure 8-7b Figure 8-8 Figure 8-9a Figure 8-9b Figure 8-10a Figure 8-10b Figure 8-11a Figure 8-11b Figure 8-12 Figure 8-13 Figure 8-14 Figure 8-15 Figure 8-16 Figure 8-17 Figure 8-18 Figure 8-19 Figure 8-20 Figure 8-21 Figure 8-22 Figure 8-23 Figure 8-24 Figure 8-25 Figure 8-26 Figure 8-27 Figure 8-28 Figure 8-29 Figure 8-30 “Well-To-Wheel” Efficiency for Various Vehicle Scenarios (9) ........................ 8-9 Carbon Deposition Mapping of Methane (CH4) ................................................ 8-24 Carbon Deposition Mapping of Octane (C8H18)................................................ 8-24 Block diagram of a fuel cell power system........................................................ 8-27 Typical fuel cell voltage / current characteristics .............................................. 8-28 Fuel cell power vs. current curve ....................................................................... 8-28 Block diagram of a typical fuel cell powered unit for supplying a load (120V/240V) ...................................................................................................... 8-30 Block diagram of the power conditioning unit with line frequency transformer ......................................................................................................... 8-31 Circuit topology of the power conditioning unit with line frequency transformer ......................................................................................................... 8-31 Block diagram of the power conditioning unit with high frequency isolation transformer within the DC-DC converter stage ................................................. 8-32 Circuit topology of the power conditioning unit with high frequency isolation transformer within the DC-DC converter stage .................................. 8-32 Block diagram of the power conditioning unit with fewer power conversion stages in series path of the power flow .............................................................. 8-33 Circuit topology of the power conditioning unit with fewer power conversion stages in series path of the power flow............................................ 8-33 Fuel cell power conditioner control system for powering dedicated loads ....... 8-33 Diagram of a modular fuel cell power conversion unit for supplying backup power to a load connected to a local utility [10,11]........................................... 8-34 Modular power conditioning circuit topology employing two fuel cells to supply a load via a line frequency isolation transformer [10,11] ...................... 8-36 Modular power conditioning circuit topology employing two fuel cells using a higher voltage (400V) dc-link [10,11]................................................... 8-36 Fuel cell supplying a load in parallel with the utility......................................... 8-37 Fuel cell power conditioner control system for supplying power to the utility (utility interface)...................................................................................... 8-38 A typical fuel cell vehicle system [16] .............................................................. 8-39 Power conditioning unit for fuel cell hybrid vehicle ......................................... 8-40 Fuel cell power conditioner control system [16] ............................................... 8-40 Power conditioning unit for the 250kW fuel cell turbine hybrid system........... 8-41 Alternative power conditioning unit for the fuel cell turbine hybrid system with shared dc-link [19] ..................................................................................... 8-42 Possible medium voltage power conditioning topology for megawatt range hybrid fuel cell systems [19].............................................................................. 8-43 Representative cost of power conditioning as a function of power and dc-link voltage ................................................................................................... 8-44 Optimization Flexibility in a Fuel Cell Power System ...................................... 8-47 Natural Gas Fueled PEFC Power Plant ............................................................. 8-52 Natural Gas fueled PAFC Power System .......................................................... 8-54 Natural Gas Fueled MCFC Power System ........................................................ 8-56 Schematic for a 4.5 MW Pressurized SOFC...................................................... 8-58 Schematic for a 4 MW Solid State Fuel Cell System ....................................... 8-63 xiiPDF Image | Fuel Cell Handbook (Seventh Edition)
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