  Including on-site electronic interactions described by the multi-orbital
Hubbard model we study the correlation effects in the electronic structure of
bulk palladium. We use a combined density functional and dynamical mean field
theory, LDA+DMFT, based on the fluctuation exchange approximation. The
agreement between the experimentally determined and the theoretical lattice
constant and bulk modulus is improved when correlation effects are included. It
is found that correlations modify the Fermi surface around the neck at the
$L$-point while the Fermi surface tube structures show little correlation
effects. At the same time we discuss the possibility of satellite formation in
the high energy binding region. Spectral functions obtained within the LDA+DMFT
and $GW$ methods are compared to discuss non-local correlation effects. For
relatively weak interaction strength of the local Coulomb and exchange
parameters spectra from LDA+DMFT shows no major difference in comparison to
$GW$.
