q(J) = m x C x dT where q = energy in Joules, m mass of stuff being "heated" in grams, C = specific heat of stuff (j/g/deg.C) and dT = change in temperature.
assume 750ml wine = 825g (sg ~1.1); glass bottle = 400g; C = 2.3 - 2.7 J/g/deg.C wine; = 0.5 - 0.9 J/g/deg. C glass
therefore you need [825 x (2.3 : 2.7) x 13] + [400 x (0.5 : 0.9) x 13 = 27.3 - 33.6 kJ of energy plus losses (depends on your cooling method)
someone else can finish this - got a meeting to get to