Slip stream for reliable anode to cathode flow in freeze conditions
An anode, slip flow technology, applied in electrical components, fuel cells, electrochemical generators, etc., can solve problems such as the effect of orifice ice clogging
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[0052] First refer to Figure 1A to Figure 1C , the vehicle 1 includes a propulsion source in the form of a fuel cell system 10 having one or more fuel cell stacks 20 , the stacks 20 being fueled from one or more fuel tanks 30 . In one form, the fuel is in the form of a hydrogen-based first reactant. The second reactant (eg, an oxygen-based fluid) may be provided from the ambient environment. Either or both reactants may be provided to fuel cell system 10 in pressurized form, such as with a compressor, pump, or related device (not shown). Although not shown, additional sources of propulsion, such as a conventional internal combustion engine (ICE) or a battery pack, may also be utilized to provide hybrid propulsion properties to the vehicle 1 .
[0053] still refer to Figure 1A to Figure 1C , the fuel cell stack 20 is composed of a number of individual fuel cells 25 which in turn are composed of an anode 25A, a cathode 25B and a proton transport membrane 25C. The first ...
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