  We obtain new stationary charged solutions of five-dimensional minimal
supergravity. We first obtain purely dipole charged solutions, by extending a
technique that we developed for five-dimensional Ricci-flat metrics in a
previous paper, which could be viewed as being analogous to a four-dimensional
construction by Demianski and Plebanski. The further introduction of electric
charge is achieved by means of a solution-generating technique, which exploits
the global SL(2,R) symmetry of five-dimensional minimal supergravity reduced on
a timelike direction to four dimensions. We present this procedure in detail,
since it provides a particularly simple general way of adding charge to any
stationary solution of five-dimensional minimal supergravity. The new charged
solutions we obtain limit in special cases to black rings carrying electric and
magnetic dipole charge, or to charged Myers-Perry rotating black holes. We
analyse the general solutions in detail, showing that they can describe
asymptotically locally flat black holes whose horizon is a lens space
L(n;m)=S^3/\Gamma(n;m). At infinity they approach Minkowski_5/\Gamma(m;n).
