  No-scale supergravity is the appropriate general framework for low-energy
effective field theories derived from string theory. The simplest no-scale
K\"ahler potential with a single chiral field corresponds to a compactification
to flat Minkowski space with a single volume modulus, but generalizations to
single-field no-scale models with de Sitter vacua are also known. In this paper
we generalize these de Sitter constructions to two- and multi-field models of
the types occurring in string compactifications with more than one relevant
modulus. We discuss the conditions for stability of the de Sitter solutions and
holomorphy of the superpotential, and give examples whose superpotential
contains only integer powers of the chiral fields.
