Widespread SSSC deployment on U.S. transmission lines reduces annualized system costs by $1.9 billion or cuts required transmission expansion by 20%, with highest value in the Midwest for moving wind power eastward.
A dual method for computing power transfer distribution factors,
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CANOPI solves contingency-aware nodal power investment optimization on a 1493-bus system using linear approximations, fixed-point iteration for nonlinear impedance effects, and specialized solvers for 20 billion contingency constraints.
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Economic Valuation and Optimal Deployment of Static Synchronous Series Compensators for U.S. Power System Expansion
Widespread SSSC deployment on U.S. transmission lines reduces annualized system costs by $1.9 billion or cuts required transmission expansion by 20%, with highest value in the Midwest for moving wind power eastward.
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Contingency-Aware Nodal Optimal Power Investments with High Temporal Resolution
CANOPI solves contingency-aware nodal power investment optimization on a 1493-bus system using linear approximations, fixed-point iteration for nonlinear impedance effects, and specialized solvers for 20 billion contingency constraints.