A Multipole Fuzzy Logic Controller for Improved Control of Shunting Reactors

Hashimov, А. М.; GULIYEV, Guseyngulu Bayram; Babayeva, Aytek R.

doi:10.24160/0013-5380-2019-6-26-32

Cited by 2 publications

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“…Voltage profiles obtained using the results of calculations done for the cases of the 330 kV CSR connection and disconnection are presented in Fig.9. As seen in the Figure, the effects of the 330 kV CSR are convex, and the voltage level is within the range set by the power quality standard [15].…”

Section: Simulation Resultsmentioning

confidence: 85%

A Procedure for Placing Shunt Reactors in High-Voltage Networks and Justification of its Efficiency

Hashimov

Guliyev

Babayeva

et al. 2020

Energy Systems Research

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In recent years, the controlled shunt reactor (CSR), a type of FACTS device, has been widely used to regulate voltage and reactive power flows in the high-voltage electrical network. The selection of location and the determination of the law of CSR control under the stochastically variable operation of high-voltage power transmission lines are associated with numerous technical and economic factors. At the same time, one should take into account such limiting conditions as ease of use, performance, purpose, and location in the system, as well as the time of commissioning. In the proposed procedure, these factors are considered as fuzzy constraints. The paper proposes a procedure for CSR placement in the 330 kV electrical network of the “Azerenergy” system for control of reactive power flows, given the mentioned fuzzy constraints. The obtained simulation results demonstrate the advantage of the proposed procedure. The computational experiments confirm the CSR efficiency.

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Section: Simulation Resultsmentioning

confidence: 85%

A Procedure for Placing Shunt Reactors in High-Voltage Networks and Justification of its Efficiency

Hashimov

Guliyev

Babayeva

et al. 2020

Energy Systems Research

View full text Add to dashboard Cite

show abstract

Placement of shunt reactors in high-voltage network using fuzzy constraints

2019

View full text Add to dashboard Cite

In recent years, controlled shunt reactors (CSR) relevant to the class of FACTS facilities have been widely used to control voltage modes and reactive power flows in the high-voltage electrical network. The selection of location, as well as the definition of the law of CSR control in the conditions of stochastic variability of the operation mode of high-voltage power transmission, are associated with numerous technical and economic factors. At the same time, such constraint conditions as ease of use, performance efficiency, purpose and location in the system, as well as the period of commissioning should be taken into account. In the proposed procedure these factors are considered as fuzzy constraints. The procedure of CSR placement in the 330 kV electrical network of Azerenergy system for control of reactive power flows taking into account the mentioned fuzzy constraints is proposed. The obtained simulation results confirm the advantage of the proposed procedure.

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A Multipole Fuzzy Logic Controller for Improved Control of Shunting Reactors

Cited by 2 publications

References 0 publications

A Procedure for Placing Shunt Reactors in High-Voltage Networks and Justification of its Efficiency

A Procedure for Placing Shunt Reactors in High-Voltage Networks and Justification of its Efficiency

Placement of shunt reactors in high-voltage network using fuzzy constraints

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