This is a companion to a paper of the same title, Part I, which deals with the theoretical aspects of the optimal allocation of capacitors and voltage series regulators in unbalanced distribution systems. Part I formulates the probabilistic multi-objective optimization model and proposes a solution procedure. This Part II presents and discusses numerical applications of the approach proposed in Part I, in order to illustrate the implementation problems and practical applications. The numerical tests refer to the IEEE 34-node unbalanced distribution system.
A Probabilistic Approach for Multiobjective Optimal Allocation of Voltage Regulators and Capacitors in Three-Phase Unbalanced Distribution Systems Part II: Numerical Applications
VARILONE, Pietro
2012-01-01
Abstract
This is a companion to a paper of the same title, Part I, which deals with the theoretical aspects of the optimal allocation of capacitors and voltage series regulators in unbalanced distribution systems. Part I formulates the probabilistic multi-objective optimization model and proposes a solution procedure. This Part II presents and discusses numerical applications of the approach proposed in Part I, in order to illustrate the implementation problems and practical applications. The numerical tests refer to the IEEE 34-node unbalanced distribution system.File in questo prodotto:
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