  Recently, a simple prescription to embed the global Peccei-Quinn (PQ)
symmetry into a gauged $U(1)$ symmetry has been proposed. There, explicit
breaking of the global PQ symmetry expected in quantum gravity are highly
suppressed due to the gauged PQ symmetry. In this paper, we apply the gauged PQ
mechanism to models where the global PQ symmetry and supersymmetry (SUSY) are
simultaneously broken at around $\mathcal{O}(10^{11-12})$\,GeV. Such scenario
is motivated by an intriguing coincidence between the supersymmetry breaking
scale which explains the observed Higgs boson mass by the gravity mediated
sfermion masses, and the PQ breaking scale which evades all the astrophysical
and the cosmological constraints. As a concrete example, we construct a model
which consists of a simultaneous supersymmetry/PQ symmetry breaking sector
based on $SU(2)$ dynamics and an additional PQ symmetry breaking sector based
on $SU(N)$ dynamics. We also show that new vector-like particles are predicted
in the TeV range in the minimum model, which can be tested by the LHC
experiments.
