  We present key issues of related phenomenons of the Ferroelectricity and the
Charge Disproportionation in organic metals. In (TMTTF_2X the dielectric
susceptibility demonstrates clear cases of the ferroelectric and
anti-ferroelectric phase transitions. Both the susceptibility and the
conductivity prove independence and occasional coexistence of "structurless"
ferroelectric transitions and usual "anionic" ones. Their sequence gives access
to physics of three types of solitons emerging upon cooling via several steps
of symmetry breaking. The theory invokes a concept of the Combined Mott-Hubbard
State which focuses upon weak processes of electronic Umklapp scattering coming
from both the build-in nonequivalence of bonds and the spontaneous one of
sites. We propose that the charge ordering in its form of the ferroelectricity
exists hiddenly even in the Se subfamily (TMTSF)_2X, giving rise to the
unexplained yet low frequency optical peak and the enhanced pseudogap.
