  We uncover four new spin-charge ordered ground states in the strong coupling
limit of the Kondo lattice model on triangular geometry. Two of the states at
one-third electronic filling ($n=1/3$) consist of decorated ferromagnetic
chains coupled antiferromagnetically with the neighboring chains. The third
magnetic ground state is noncollinear, consisting of antiferromagnetic chains
separated by a pair of canted ferromagnetic chains. An even more unusual
magnetic ground state, a variant of the $120^{\circ}$ Yafet-Kittel phase, is
discovered at $n=2/3$. These magnetic orders are stabilized by opening a gap in
the electronic spectrum: a "band effect". All the phases support modulations in
the electronic charge density due to the presence of magnetically inequivalent
sites. In particular, the charge ordering pattern found at $n=2/3$ is observed
in various triangular lattice systems, such as, 2H-AgNiO$_2$, 3R-AgNiO$_2$ and
Na$_x$CoO$_2$.
