  A numerical workflow is developed to explore the viability of running
multiple plasma configurations in the ARC fusion pilot plant. Suitable cost
functions for various poloidal field coil sets are evaluated based on currents
required in the coils, induced stresses, and flexibility in plasma
configurations. It is shown, for the first time, that a given set of poloidal
field coils can sustain equilibria with both signs of triangularity and that
equilibria at Negative Triangularity have comparable coil requirements to those
at Positive Triangularity, despite ARC's Positive Triangularity design
equilibrium. These results contribute to demonstrate that the Negative
Triangularity Tokamak is a promising candidate for the commercialization of
fusion power.
