# Temperature of enclosure

Because the temperature of the enclosure of a GIL is a function of the current, $I_c$, an iterative method is used for the calculation.

Symbol
$\theta_{encl}$
Unit
$^{\circ}$C
Formulae
$T_{prot} W_{tot} + \theta_{e}$
Related
$T_{prot}$
$\theta_{e}$
$W_{tot}$
Used in
$\Delta \theta_{gas}$
$\mathrm{Gr}_{encl}$
$h_{rad_{ce}}$
$R_{encl}$
$T_{1}$
$T_{conv_{ce}}$
$T_{rad_{ce}}$
$\theta_{gas}$
Gas temperature [$^{\circ}$C]
$W_{conv_{ce}}$
$W_{rad_{ce}}$