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A detailed comparison is made between different viewpoints on reversibleheating in electric double layer capacitors. We show in the limit of slowcharging that a combined Poisson-Nernst-Planck and heat equation, first studiedby d'Entremont and Pilon [J. Power Sources {\bf 246}, 887 (2014)], recovers thetemperature changes as predicted by the thermodynamic identity of Janssen,H\"{a}rtel, and van Roij [Phys. Rev. Lett. {\bf 113}, 268501 (2014)], anddisagrees with the approximative model of Schiffer, Linzen, and Sauer [J. PowerSources {\bf 160}, 765 (2006)] that predominates the literature.

Reversible heating in electric double layer capacitors