Abstract
Optimizing the electric design of an offshore wind farm is a key issue given cost and reliability considerations. The model presented here has been developed to efficiently optimize the electric layout of a wind farm taking into account stochasticity in wind scenarios and component failures. Given the suitable structure of the problem, Benders’ decomposition method has been applied to the model successfully finding optimal solutions in a reduced computation time.
A benders’ decomposition approach for optimizing the electric system of offshore wind farms
