  In this paper, we examine the effects of space noncommutativity on the
thermodynamics of a Bardeen charged regular black hole. For a suitable choice
of sets of parameters, the behavior of the singularity, horizon, mass function,
black hole mass, temperature, entropy and its differential, area and energy
distribution of the Bardeen solution have been discussed graphically for both
noncommutative and commutative spaces. Graphs show that the commutative
coordinates extrapolate all such quantities (except temperature) for a given
set of parameters. It is interesting to mention here that these sets of
parameters provide the singularity (essential for $r_h>0$) and horizon
($f(r_h)=0$ for $r_h>0$) for the black hole solution in noncommutative space,
while for commutative space no such quantity exists.
