Lithium ion battery cell and method of manufacturing same
A technology of lithium-ion battery packs and battery packs, applied in the direction of battery/battery traction, electrode manufacturing, battery electrodes, etc., which can solve the problems of lithium ion insertion and removal (difficult transfer, accelerated electrolyte oxidation, etc.)
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[0032] exist figure 1 The motor vehicle 2 shown in is electrically driven. For this purpose, the motor vehicle 2 has an electric machine 4 which is connected to a traction battery 8 via an inverter 6 . The traction battery 8 has a plurality of battery cells 10 which are connected to each other and to the inverter 8 . In this case, only two of the lithium-ion battery cells 10 are shown for the sake of clarity.
[0033] In each of these lithium-ion battery cells 10, anodes 12 and cathodes 14 are stacked alternately one above the other, wherein a separator 16 is respectively arranged between the anodes 12 and cathodes 14, so that the anodes 12 and the cathodes 14 are spatially separated from each other. exist figure 1 In , the membrane 16 is shaded and comprises, for example, polyethylene and / or polypropylene.
[0034] Each of these anodes 12 has an anode foil, for example in the form of a copper foil, as a current collector 12a, which is coated with an anode active material...
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