  CMS and ATLAS have reported small excesses in the search for low-mass Higgs
bosons in the di-photon decay channel at exactly the same mass, $95.4~$GeV.
These searches rely on improved analysis techniques, enhancing in particular
the discrimination against the $Z \to e^+e^-$ background. In models beyond the
Standard Model (SM) that extend the Higgs sector with triplets, doubly-charged
Higgs bosons are predicted which can contribute substantially to the di-photon
decay rate of a light Higgs boson. The Georgi-Machacek (GM) Model is of
particular interest in this context, since despite containing Higgs triplets it
preserves the electroweak $\rho$-parameter to be$~$1 at the tree level. We show
that within the GM model, a Higgs boson with a mass of $\sim 95~$GeV with a
di-photon decay rate as observed by CMS and ATLAS can be well described. We
discuss the di-photon excess in conjunction with an excess in the $b \bar b$
final state observed at LEP and an excess observed by CMS in the di-tau final
state, which have been found at comparable masses with local significances of
about $2\sigma$ and $3\sigma$, respectively. The presence of a Higgs boson at
about $95~$GeV within the GM model would imply good prospects of the searches
for additional light Higgs bosons. In particular, the observed excess in the
di-photon channel would be expected to be correlated in the GM model with a
light doubly-charged Higgs boson in the mass range between $100~$GeV and
$200~$GeV, which motivates dedicated searches in upcoming LHC Runs.
