, where G C is the solvationcorrected free energy, m is the length of the product collection, and n is the length of the reactant collection. For redox reactions, ∆G = G 0 product -G 0 reactant + ∆q(G e ), where G 0 is the uncorrected free energy, ∆q is the change in charge of the reaction, and G e is the free energy of the electron (for +0.0 V vs. Li/Li + , G e = -1.4eV; for +0.5 V vs. Li/Li + , G e = -1.9eV)