For original article see ibid., vol.17, no.4, p.1001-7, Nov. 2002. The authors thank Drs. Jamasb, Pollitt, Rivier, and Giaconi for their valuable discussions (see ibid., vol.19, no.4, p.2113-5, Nov. 2004) as well as for their suggestions for improvement when the paper was being finalized. Their discussions allow us to clarify ideas, concepts, and restrictions of the developed model and its applications that are not clear enough or may be misunderstood. They deal with each discussion separately, although they have some common questions.

Discussion of "Distribution access pricing: application of the OFTEL rule to a yardstick competition scheme"

This paper reflects results of research into the use of factorial experimental design for rational constructing sensitivity models as well as functionally oriented models for system optimization and control. The questions of overcoming difficulties of statistical evaluating the results of experiments with models of systems, but not real systems are discussed. The results of the paper are of a universal character and are illustrated by applications to power engineering problems: coordinated voltage and reactive power control in power systems in regulated and deregulated environments, based on fuzzy logic technology with applying diverse types of sensitivity indices, and monocriteria and multicriteria optimization of network configuration in distribution systems with constructing functionally oriented models to evaluate power system reaction.

Experimental design and models of power system optimization and control

A bstract: - This paper reflects results of research into the use of factorial experimental design for rational constructing sensitivity models as well as functionally oriented models for system optimization and control. The questions of overcoming difficulties of statistical evaluating the results of experiments with models of systems, but not real systems are discussed. The results of the paper are of a universal character and are illustrated by applications to power engineering problems: coordinated voltage and reactive power control in power systems in regulated and deregulated environments, based on fuzzy logic technology with applying diverse types of sensitivity indices, and monocriteria and multicriteria optimization of network configuration in distribution systems with constructing functionally oriented models to evaluate power system reaction.

/pdf/experimental-design-and-models-of-power-system-optimization-3h0c62a5xp.pdf

In this paper, experimental design methodology is used for the on-line tuning of a fuzzy controller dedicated to electrical engineering applications with multi-objective criteria. Our purpose is to improve the input and output system characteristics as well as the quality of electrical power. The desirability notion combines here time dynamic and harmonic criteria for a boost rectifier with unity power factor correction and illustrates the trade-off that has to be made between the different properties.

On-Line Electrical Quality Improvement of a Single Phase Boost Rectifier with Fuzzy Controller and Experimental Designs

전압 , 무효전력 제어를 위한 전문가 시스템 ( An Expert System for Voltage and Reactive Power Control )

This paper presents results of research aimed at improving the efficiency of coordinated on-line control of voltage and reactive power on the basis of developing models, methods, and a control system integrating traditional numerical methods with fuzzy logic technology. An approach based on experimental design is applied to construct diverse types of sensitivity indices, which serve for evaluating efficiency of control actions and, therefore, for constructing fuzzy production rules included in the knowledge base. The rules considered in the paper are applicable for voltage and reactive power control in regulated and deregulated environments. Questions of constructing linguistic variables and tuning a fuzzy model are discussed. Some aspects of rational carrying out of fuzzy logic procedures are considered.

https://ieeexplore.ieee.org/iel5/7665/20941/00971213.pdf

Fuzzy logic in voltage and reactive power control in regulated and deregulated environments

This paper presents results of research aimed at improving efficiency of coordinated on-line control of reactive power on the basis of developing models, methods, and a control system, integrating traditional numerical techniques with fuzzy logic technology. An approach associated with experimental design is considered to construct diverse types of sensitivity indices, which serve as the basis for multi-attribute evaluating efficiency of control actions and, therefore, for forming rules included in a knowledge base. Procedures related to classifying power system states are presented. Questions of the construction and tuning of linguistic variables as well as rational implementation of fuzzy logic procedures are discussed.

Fuzzy logic technology in reactive power control

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Fuzzy logic in voltage and reactive power control in regulated and deregulated environments

Fuzzy logic technology in reactive power control