Cooling system for a fuel cell
A cooling system and fuel cell technology, applied in fuel cells, fuel cell additives, circuits, etc., can solve problems such as reducing the efficiency of fuel cell systems
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[0032] At the outset, like reference numerals have been assigned to like parts of the illustrated embodiment.
[0033] exist figure 1 In , a fuel cell 1 is shown for generating electrical current from hydrogen 2 and oxygen 3 or air, respectively.
[0034] In general, the fuel cell 1 is an electrochemical current generator that generates electrical current directly from chemical reactions. This is achieved by splitting water by inverse electrolysis, in which the gases hydrogen2 and oxygen3 are formed by the flow of electric current.
[0035] This means that in the fuel cell 1, hydrogen 2 reacts with oxygen 3, thereby generating an electric current. For this, hydrogen 2 is supplied to the anode 4 and oxygen 3 to the cathode 5 , which are separated by an electrolyte 6 . Furthermore, the anode 4 and the cathode 5 are coated on their sides facing the electrolytic solution 6 with a catalyst 7 mainly formed of platinum. In this way, hydrogen 2 can react with oxygen 3 , which take...
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