Tags

Steady-state;Security;Optimization;Power systems;Mathematical model;Jacobian matrices;Uncertainty;Feasibility;OPF;inner approximation;solvability;nonconvexity

approximation theory;iterative methods;linearisation techniques;load flow;minimisation;optimisation;optimal adaptive linearizations;AC power flow equations;control problems;optimal power flow problems;general linearization techniques;power systems literature;linear approximation;adaptive linearization;nonlinear power flow equations;optimization algorithm;worst-case error minimisation;linearization techniques;constraint generation algorithm;first-order Taylor approximation;Mathematical model;Reactive power;Optimization;Linear approximation;Approximation algorithms;Load flow

battery management systems;distributed power generation;equivalent circuits;load management;power grids;secondary cells;I-V characteristics;battery life estimation;battery model;battery state estimation;charge-discharge dynamics;circuit parameter estimation;discharge rate;electrochemical system;energy management system;equivalent circuit model;grid tariff;intermittent renewable generation;load profile;microgrid;model parameter estimation;offline SOC diagnosis;online SOC estimation;Batteries;Computational modeling;Discharges (electric);Energy management;Estimation;Integrated circuit modeling;System-on-chip;Batteries;Energy Management;Energy Storage

convex programming;failure analysis;load flow control;power system dynamic stability;power transmission control;power transmission faults;power transmission reliability;predictive control;MPC;OPF;convergent PF solver;convex optimization problem;dynamic stability margin;model predictive control;optimum power flow;power system post-fault dynamics;power transmission system;structure preserving energy function;Generators;Load modeling;Mathematical model;Power system dynamics;Power system stability;Reactive power;Stability analysis

game theoretic control

linear matrix inequalities;load flow;power system planning;AC power flow equations;IEEE test networks;convex domains;differential analysis;linear matrix inequalities;power systems planning;Linear matrix inequalities;Load flow;Mathematical model;Symmetric matrices;Transmission line matrix methods;Yttrium

linearly solvable stochastic optimal control

path-integral control

risk-sensitive control