PEV Heat dissipation     %% PEV data set clear all %Geometry ESS
for heat dissipation (Conductive parameters, Matlab script)
%Specific heat capacitance energy storage system (Thermal mass,
Matlab script) %Polymer heat capacitance %Charger below 60C
%Battery charging efficiency needed %Heat exchanger may vary
between inverter and energy storage system %Total process
estimastes ~25% in heat dissipation losses what is rather  %%
General PEV data %Grid connection P_l=1500;%Power line
connection [W]  %Cooling fluid initial conditions
c_p=4200;%[J/kgK] specific heat capacitance H2O
T_i=283.15;%Initial cooling liquid temperature at inverter,
%heat exchanger inlet, and inverter case [K]
T_ambient=300.15;%Initial ambient temperature;  %% Data
inverter/charger  %Assumptions base on Delta-q QuiQ datasheet
E_inverter=0.83;%Inverter efficiency   %Specific heat
capacitance inverter c_Al=897;%Specific heat capacitance
aluminum around room temperature [J/kg K] c_Co=385;%Specific
heat capacity copper [J/kg K] c_Fe=449;%Speci