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THERMAL.Peltier


COMPONENT Peltier

ICON:


DESCRIPTION:
Thermoelectric heat pump model

CONSTRUCTION PARAMETERS:
NAME  TYPE  DEFAULT  DESCRIPTION  UNITS  
n INTEGER  1 Dimension of thermal port (-) - 

PORTS:
NAME  TYPE  PARAMETERS  DIRECTION  CARDINALITY  DESCRIPTION  
e_n PORTS_LIB.elec  IN   Electrical outlet port for the p-type semiconductor 
e_p PORTS_LIB.elec  IN   Electrical inlet port for the n-type semiconductor 
tp_in PORTS_LIB.thermal  (n = n)  IN   Thermal inlet port 
tp_out PORTS_LIB.thermal  (n = n)  OUT   Thermal outlet port 

DATA:
NAME  TYPE  DEFAULT  RANGE  DESCRIPTION  UNITS  
G REAL  0.04  Area length of the TE elements m 
NTE INTEGER  1  Number of TE elements - 
a_coef[3] REAL  { 2.2224e-005,9.306e-007,...  Temperature coefficients of seebeck effect (V/K, V/K^2, V/K^3) V/K, V/K^2, V/K^3 
k_coef[3] REAL  { 6.2605,-0.02777,4.131e-...  Temperature coefficients of thermal conductivity (W/m*K, W/m*K^2, W/m*K^3) W/m*K, W/m*K^2, W/m*K^3 
r_coef[3] REAL  { 5.112e-007,1.634e-008,6...  Temperature coefficients of resistivity (Ohm*m, Ohm*m/K, Ohm*m/K^2) Ohm*m, Ohm*m/K, Ohm*m/K^2 

DECLS:
NAME  TYPE  INITIAL  RANGE  DESCRIPTION  UNITS  
COP REAL    Coefficient of performance - 
COPopt REAL    Optimum coefficient of performance - 
DT REAL    Temperature jump K 
DTmax REAL    Maximum temperature jump K 
I REAL    Current A 
Imax REAL    Maximum Current A 
Iopt REAL    Optimum Current A 
Pel REAL    Electrical power W 
Tk_ave REAL    Average temperature K 
Tk_in REAL    Inlet temperature K 
Tk_out REAL    Outlet temperature K 
V REAL    Voltage V 
Z REAL    Figure of Merit 1/K 
a REAL    Seebeck coefficient V/K 
k REAL    Thermal conductivity W/(m�K) 
qin REAL    Inlet heat flux W 
qout REAL    Outlet heat flux W 
r REAL    Resistivity Ohm�m 
FORMULATION:






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