Using a Z-Source Inverter as Rotor Side Converter in Doubly-Fed Induction Generator Wind Energy Conversion System

Yousefpour, Kamran; Imani, Mahmood Hosseini; Niknejad, Payam; Molla, Seyyed Javad Hosseini; Andani, Majid Taheri; Shahmiri, Saeed

doi:10.1109/tpec.2019.8662142

Cited by 7 publications

(1 citation statement)

References 32 publications

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“…The amount of economic allocation for the distribution system operator cannot be lower than a certain threshold value [36,37]. In fact, if the system obtain the reactive power transfer at a cost above the threshold cost, it will be economically feasible to install capacitor banks and exploit them for the distribution network operator, and if this cost be lower than the threshold, according to the distribution system operator, there is no need to install a compensating system, more than what is needed to reduce the distribution network losses, while the production and transmission of reactive power is cheaper than buying it from Distribution Network [38][39][40]. The optimization model presented in this paper is examined from the point of view of the distribution network.…”

Section: Optimal Reactive Power Compensation In a Redistributed Distrmentioning

confidence: 99%

Optimal Placement of Capacitor Bank in Reorganized Distribution Networks Using Genetic Algorithm

Bakker¹,

Deljou²,

Rahmani³

2019

IJCATR

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Capacitor optimal placement is one of the most important designs and control issues of power systems in order to reduce network losses, improve the voltage profile, reduce the reactive load, and reducing the power factor. The distribution network operator, taking into account two major goals of reducing real power losses and maximizing the return on investment required for installation of capacitive banks for sale to the transmission system, obtains the position, number, and capacity of capacitive banks. In this paper, the optimization problem is formulated for different values of the parameter "reactive energy value". After evaluating the objective function and implementing an optimization algorithm for each value of this parameter, the arrangement and capacitance of the capacitors in the network load nodes are obtained. Meanwhile, using the objective function defined in this paper, you can obtain the threshold for the sale of reactive energy, and by selling it to the transmission network, the investment in installing capacitor banks will be profitable for the distribution network operator.

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Section: Optimal Reactive Power Compensation In a Redistributed Distrmentioning

confidence: 99%

Optimal Placement of Capacitor Bank in Reorganized Distribution Networks Using Genetic Algorithm

Bakker¹,

Deljou²,

Rahmani³

2019

IJCATR

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show abstract

A research on conventional and modern algorithms for maximum power extraction from wind energy conversion system: a review

Malik

Baloch

Gul

et al. 2020

Environ Sci Pollut Res

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Impact of symmetrical short-circuit fault on doubly-fed induction generator controller

Nazir

Wang

2020

International Journal of Electronics

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Using a Z-Source Inverter as Rotor Side Converter in Doubly-Fed Induction Generator Wind Energy Conversion System

Cited by 7 publications

References 32 publications

Optimal Placement of Capacitor Bank in Reorganized Distribution Networks Using Genetic Algorithm

Optimal Placement of Capacitor Bank in Reorganized Distribution Networks Using Genetic Algorithm

A research on conventional and modern algorithms for maximum power extraction from wind energy conversion system: a review

Impact of symmetrical short-circuit fault on doubly-fed induction generator controller

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