Distributed power generation system using PMSG with power quality features

Patel, Ashish; Arya, Sabha Raj

doi:10.1109/icngis.2016.7854006

Cited by 7 publications

(2 citation statements)

References 19 publications

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“…The wind farm is connected to the grid via step-up transformer to the 30 kV busbar [25,26]. Figure 5 shows a single-line diagram of a low-voltage network of Derna City simulated in NEPLAN [27].…”

Section: Stability Control and Reliable Performance Of Wind Turbinesmentioning

confidence: 99%

Power Quality and System Stability Impact of Large-Scale Distributed Generation on the Distribution Network: Case Study of 60 MW Derna Wind Farm

Saad¹,

Naily²,

Wafi³

et al. 2018

Stability Control and Reliable Performance of Wind Turbines

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Wind energy (WE) has become one of the most promising and developed forms of renewable energy source due to its efficiency and the availability of different capacities according to the loading requirements. The integration of wind turbines in the Libyan network has become an indispensable choice due to Libya's distinguished location and for the Libyan National Initiative. Despite the numerous benefits of WE, the penetration of WE sources in the distribution network has some negative impacts related to the quality and reliability of the electric power supplied to the network. Owing to, the intermittent nature of these sources and electronic circuits needed to regulate the extracted power to comply with the grid requirements. In this chapter, implementation of the eastern Libyan network in NEPLAN and MATLAB/SIMULINK packages are carried out to investigate and analyze the significance of wind farm penetration in the medium voltage level of Libyan Distribution Network. A 60 MVA wind farm system has been connected to the Libyan distribution network according to the Libyan National Initiative. Different penetration scenarios are simulated to testify the technical aspects of integrating WE on the distribution level.

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Section: Stability Control and Reliable Performance Of Wind Turbinesmentioning

confidence: 99%

Power Quality and System Stability Impact of Large-Scale Distributed Generation on the Distribution Network: Case Study of 60 MW Derna Wind Farm

Saad¹,

Naily²,

Wafi³

et al. 2018

Stability Control and Reliable Performance of Wind Turbines

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“…High‐speed permanent‐magnet generators (HSPMGs) have the advantages of small size, low noise, fast dynamic response, high power density, and high efficiency of transmission systems . They have become the key power equipment for the microgas turbine‐distributed energy supply system.…”

Section: Introductionmentioning

confidence: 99%

Influence of permanent magnet parameters on output performance of a High‐speed permanent‐magnet generator

Qiu

Zhao

Cui

et al. 2019

IEEJ Transactions Elec Engng

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Remanence and coercivity are important parameters to characterize the magnetic properties of permanent magnetic (PM) materials. The variation of PM parameters will lead to the variation of generator output performance. To find out the key PM parameter affecting generator output performance, a 117‐kW, 60 000‐rpm high‐speed permanent‐magnet generator is taken as an example and a 2D finite element model is established. By comparing the calculation results and the test data, the accuracy of the model is verified. By using the field‐circuit coupling method, the mechanism of nonlinear variation of output voltage with the change of load is revealed when the variation degree of remanence and coercivity is consistent. The sensitivities of no‐load electromotive force (EMF), output voltage at rated power, voltage regulation, and overload capability to the variations of PM parameters are studied. Furthermore, the mechanism of PM parameters affecting generator output performance is revealed. The results show that the sensitivity of generator output performance to different PM parameters is different and the influence degree of PM parameters on the generator output performance depends on the permeance of the main magnetic circuit. Finally, the basis for selecting PM parameters is given. The research can assist generator designers to select PM in the design stage. © 2019 Institute of Electrical Engineers of Japan. Published by John Wiley & Sons, Inc.

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Variable steps least mean square in wind-based standalone distributed generation system for power quality features

Jagadeesh,

Arya

2024

Electr Eng

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Distributed power generation system using PMSG with power quality features

Cited by 7 publications

References 19 publications

Power Quality and System Stability Impact of Large-Scale Distributed Generation on the Distribution Network: Case Study of 60 MW Derna Wind Farm

Power Quality and System Stability Impact of Large-Scale Distributed Generation on the Distribution Network: Case Study of 60 MW Derna Wind Farm

Influence of permanent magnet parameters on output performance of a High‐speed permanent‐magnet generator

Variable steps least mean square in wind-based standalone distributed generation system for power quality features

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