Titlebook: Handbook of Optimization in Electric Power Distribution Systems; Mariana Resener,Steffen Rebennack,Sérgio Haffner Book 2020 Springer Natur

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Consensus Based Distributed Optimal Reactive Power Control in Power Distribution Systems,or due to voltage deregulation, power losses and other control problems associated with intermittency of renewable energy resources. To resolve these problems following the increasing penetration level of distributed generators (DGs), appropriate reactive power control of DGs, that can lead to the v

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Energy Storage System Sitting and Sizing for Renewable Support,der to give the reader an introduction of the issue by providing fundamental information and theorical background to show the basic concepts for solving the intended problem, and discusses perspectives to encourage the reader for further research. Also, it solves two practical examples using specifi

Optimum

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Network Reconfiguration in Modern Power Distribution Networks,ues like reliability improvement and loss reduction. Furthermore, the potential for utilizing NR to perform voltage profile improvement under high DG or Renewable Energy Sources (RESs) penetration is presented. Finally, the coordination of the NR along with the optimal siting and sizing of DG units

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Optimal Restoration of Electrical Distribution Systems Considering Switching Sequence,t, this chapter presents a mixed-integer linear programming (MILP) model for the optimal restoration of electrical distribution systems, considering switching sequence. After a permanent fault has been identified, the optimal service restoration determines the status of the remote-controlled switche

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Electric Distribution Network Planning Under Uncertainty,nsidering siting and sizing of voltage regulators, capacitor banks, renewable energy generation, energy storage systems, and existing overloaded feeders reinforcement. The objective function to be minimized consists of investment and operation costs. Conventional expansion models in distribution net

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Phase Balancing in Power Distribution Grids: A Genetic Algorithm with a Group-Based Codification, the loads at the feeder level in order to reduce the unbalance of the grid. Despite being a classic problem, it is still relevant since unbalance is a common phenomena in power distribution grids and can be intensified by the uncoordinated use of distributed resources such as renewable energies and