Are superconducting galvanic cells possible?

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Superconducting galvanic cells are proposed as a means to achieve maximum work by eliminating frictional heating in traditional electrochemical cells. The discussion raises concerns about whether using superconducting materials for wires, cathodes, and anodes would violate the law of entropy. Additionally, the potential for using a superfluid medium in these cells is questioned, particularly regarding its effects on heating. The feasibility of creating such cells remains uncertain, as the implications of superconductivity on thermodynamic principles are complex. Overall, the concept presents intriguing possibilities for enhancing the efficiency of galvanic cells.
Bohr'nReady
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My (chemistry) textbook states that maximum work is never achieved in a galvanic (electrochemical) cell due to frictional heating. I've been wondering, could a cell be made with superconducting wires, cathodes, and anodes in order to achieve maximum work? Would this violate the law of entropy?
 
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Heating occurs in the fluid as well. I don't know if you can use a superfluid medium as galvanic cell.
 

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