Distributed economic dispatch for power generation with time‐varying loads and external disturbances
Bomin Huang, Qingfu Cui, Ziyang Meng, Fei Chen
Abstract
Abstract The distributed economic dispatch problem for power generation in electricity grids is studies. A simple centralised algorithm is designed to obtain the solution of the dispatch problem without the external disturbances. Inspired by the centralised algorithm, a distributed algorithm is presented using the distributed average tracking algorithm. As far as we know, the proposed algorithm is the first one that is capable of time‐varying loads and external disturbances while the tracking errors are asymptotic convergent. Simulations on the IEEE 14‐BUS system are provided to validate the theoretical results.
Topics & Concepts
Economic dispatchComputer scienceControl theory (sociology)Convergence (economics)Electric power systemMathematical optimizationDistributed algorithmSimple (philosophy)Power (physics)Distributed generationTracking (education)Control (management)Distributed computingMathematicsEconomicsArtificial intelligenceEconomic growthPsychologyQuantum mechanicsPhysicsPhilosophyEpistemologyPedagogyElectric Power System OptimizationSmart Grid Energy ManagementOptimal Power Flow Distribution