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Optimization Overview With Economic Dispatch Examples G B Sheble
Application and Adaption of Newton for Optimal Power Flow D I Sun K D Demaree andB Brewer
Linear Programming Adapted for Optimal Power Flow W L Snyder Jr
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AFLC algorithm applied approach associated basis variables c-bar commitment order commitment schedule computed constrained quantity control variables determined dual problem dual variable Dynamic Programming economic dispatch enforced enter the basis equality constraint equations feasible solution Figure formulation fuel constrained fuel cost Hessian matrix hour hourly hydro plants hydro scheduling hydro units hydro-thermal IEEE incremental cost inequality constraints infeasible initial Jacobian matrix Lagrange multipliers Lagrangian multipliers Lagrangian Relaxation leave the basis limit or breakpoint linear programming lineflow load lower limit matrix MBtu minimize minimum movement Newton Newton method node non-basis variable nonlinear objective function operating Optimal Power Flow optimal solution optimality conditions optimization problem p-bar penalty costs piecewise linear power system primal problem quadratic represented reserve constraints scheduling problem selected sensitivity slack variable solving subgradient method subproblem techniques thermal unit commitment unit commitment problem Unit i's updated vector zero