Transmission expansion planning via power flow controlling technologies - Franken, Marco; Barrios, Hans; Schrief, Alexander B; Moser, Albert (IET generation, transmission & distribution, 2020)
Keywords: AC systems; additional transmission capacities; contingency situations; controllable series impedance; equivalent phase shift; expansion costs; flexible AC transmission systems; higher operational flexibility; integer programming; linear programming; load flow control; mathematical formulations; mixed‐integer linear programming optimisation problem; operating point; optimisation; power flow; power grids; power transmission control; power transmission planning; power transmission reliability; PSTs; renewable energy systems; Research Article; simultaneous placement; synthetic 120 bus system; TCSCs; test system; thyristor applications; thyristor controlled series compensators; transmission expansion planning approach; AC systems; equivalent phase shift; integer programming; higher operational flexibility; mathematical formulations; synthetic 120 bus system; PSTs; linear programming; flexible AC transmission systems; thyristor controlled series compensators; optimisation; power transmission planning; power grids; power transmission reliability; transmission expansion planning approach; power flow; mixed-integer linear programming optimisation problem; operating point; renewable energy systems; contingency situations; TCSCs; power transmission control; simultaneous placement; load flow control; expansion costs; controllable series impedance; additional transmission capacities; thyristor applications; test system