Energy Systems Modelling and Simulation of Behavior for AGBWT in Isolated Network using Simulink/MATLAB

Abstract

The current day energy scenario illustrates obviously, the huge potential demand for providing electricity to isolated areas can be met straightforwardly by using the standalone hybrid systems. The hybrid between renewable energies including solar, wind, and hydro energy with traditional methods like diesel generators can increase the reliability of self-sufficient electric power supply for remote regions. The objective of this paper is to study and understand the behavior of an Asynchronous Generator Based Wind Turbine (AGBWT) that coupled with the synchronous condenser in an isolated network. This study will include also analyzing impacts of wind speed penetration on the frequency and voltage profile of the entire system.

Original language	English
Pages	15245-15249
Number of pages	5
Volume	83
Specialist publication	Test Engineering and Management
Publication status	Published - 22 Apr 2020

Keywords

Asynchronous generators
Energy
Energy Systems Modelling
Isolated network
Synchronous condenser
Voltage profile
Wind turbines

ASJC Scopus subject areas

Instrumentation
Mechanics of Materials
Mechanical Engineering

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title = "Energy Systems Modelling and Simulation of Behavior for AGBWT in Isolated Network using Simulink/MATLAB",

abstract = "The current day energy scenario illustrates obviously, the huge potential demand for providing electricity to isolated areas can be met straightforwardly by using the standalone hybrid systems. The hybrid between renewable energies including solar, wind, and hydro energy with traditional methods like diesel generators can increase the reliability of self-sufficient electric power supply for remote regions. The objective of this paper is to study and understand the behavior of an Asynchronous Generator Based Wind Turbine (AGBWT) that coupled with the synchronous condenser in an isolated network. This study will include also analyzing impacts of wind speed penetration on the frequency and voltage profile of the entire system.",

keywords = "Asynchronous generators, Energy, Energy Systems Modelling, Isolated network, Synchronous condenser, Voltage profile, Wind turbines",

author = "Boris Lukutin and Kadhim, {Karrar Hameed} and Jbarah, {Ali N.} and Oqaili Karrar",

year = "2020",

month = apr,

day = "22",

language = "English",

volume = "83",

pages = "15245--15249",

journal = "Test Engineering and Management",

issn = "0097-3882",

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AU - Lukutin, Boris

AU - Kadhim, Karrar Hameed

AU - Jbarah, Ali N.

AU - Karrar, Oqaili

PY - 2020/4/22

Y1 - 2020/4/22

N2 - The current day energy scenario illustrates obviously, the huge potential demand for providing electricity to isolated areas can be met straightforwardly by using the standalone hybrid systems. The hybrid between renewable energies including solar, wind, and hydro energy with traditional methods like diesel generators can increase the reliability of self-sufficient electric power supply for remote regions. The objective of this paper is to study and understand the behavior of an Asynchronous Generator Based Wind Turbine (AGBWT) that coupled with the synchronous condenser in an isolated network. This study will include also analyzing impacts of wind speed penetration on the frequency and voltage profile of the entire system.

AB - The current day energy scenario illustrates obviously, the huge potential demand for providing electricity to isolated areas can be met straightforwardly by using the standalone hybrid systems. The hybrid between renewable energies including solar, wind, and hydro energy with traditional methods like diesel generators can increase the reliability of self-sufficient electric power supply for remote regions. The objective of this paper is to study and understand the behavior of an Asynchronous Generator Based Wind Turbine (AGBWT) that coupled with the synchronous condenser in an isolated network. This study will include also analyzing impacts of wind speed penetration on the frequency and voltage profile of the entire system.

KW - Asynchronous generators

KW - Energy

KW - Energy Systems Modelling

KW - Isolated network

KW - Synchronous condenser

KW - Voltage profile

KW - Wind turbines

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