Cableizer
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Total losses (object)

Symbol
$W_{tot}$
Unit
W/m
Formulas
$n_{ph} W_t$Cables
$n_{ph} \left(W_c+W_{encl}\right)$PAC/GIL
Related
$n_{ph}$
Number of phases in a cable
$W_c$
Conductor losses (phase) [W/m]
$W_{encl}$
Ohmic losses enclosure [W/m]
$W_t$
Total losses (phase) [W/m]
Used in
$\Delta \theta_{kp}$
Temperature rise by object k [K]
$\Delta \theta_{kp,t}$
Transient temperature rise outer surface by object k [K]
$\Delta \theta_s$
Temperature difference surface—ambient [K]
$\theta_{at,L}$
Air temperature at outlet [°C]
$\theta_{at,z}$
Air temperature z [°C]
$\theta_{de}$
Temperature duct outer surface [°C]
$\theta_{di}$
Temperature duct inner surface [°C]
$\theta_e$
External temperature object [°C]
$\theta_{encl}$
Temperature enclosure [°C]
$\theta_{o,L}$
Temperature object surface at outlet [°C]
$\theta_{o,z}$
Temperature object surface z [°C]
$\theta_{t,L}$
Temperature wall at outlet [°C]
$\theta_{t,z}$
Temperature wall z [°C]
$W_{a,L}$
Heat removed by air at outlet [W/m]
$W_{a,z}$
Heat removed by air z [W/m]
$W_{sys}$
Total losses (system) [W/m]