  The Standard Model prediction for $\epsilon'/\epsilon$ based on recent
lattice QCD results exhibits a tension with the experimental data. We solve
this tension through $W_R^+$ gauge boson exchange in the $SU(2)_L\times
SU(2)_R\times U(1)_{B-L}$ model with `charge symmetry', whose theoretical
motivation is to attribute the chiral structure of the Standard Model to the
spontaneous breaking of $SU(2)_R\times U(1)_{B-L}$ gauge group and charge
symmetry. We show that $M_{W_R}<58$ TeV is required to account for the
$\epsilon'/\epsilon$ anomaly in this model. Next, we make a prediction for the
neutron EDM in the same model and study a correlation between
$\epsilon'/\epsilon$ and the neutron EDM. We confirm that the model can solve
the $\epsilon'/\epsilon$ anomaly without conflicting the current bound on the
neutron EDM, and further reveal that almost all parameter regions in which the
$\epsilon'/\epsilon$ anomaly is explained will be covered by future neutron EDM
searches, which leads us to anticipate the discovery of the neutron EDM.
