SOC

state of charge

T(P)

temperature as a function of power

Ta

ambient temperature

Tcheck

temperature computed from CW value

Tcheck2

temperature computed from Cdl value

Texp

temperature computed from experimental energy results

Tmod

temperature computed from model’s energy computations

v(t)

voltage as a function of time

V

voltage

Vdl//CT

voltage drop across double layer capacitance and charge transfer resistance

VS

voltage drop across series resistance

VW

voltage drop across Warburg elements

W

watt

W∙h

watt-hour

αa

anode specific surface area

αc

cathode specific surface area

ΔV

change in voltage

ΔT

observed temperature change

δ

Nernst diffusion coefficient

ε

porosity

η

activation overpotential

μ

micro

ρ

density

Ω

Ohm