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Philadelphia   University
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Online Catalog - Item Information
Date:08/05/24

 

Publication type: Article
Title:

Novel Technique for Reducing the High Fault Currents and Enhancing the Security of ADWEA Power System

Author(s): El Moursi,M.S. (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2013/FEB V.28 N.1
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 140-148
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 102389
Abstract
This paper introduces the High Temperature Superconducting Fault Current Limiter (HTS-FCL) as a novel technology for mitigating the high fault currents and enhancing the security of Abu Dhabi Water and Electricity Authority (ADWEA) power system ...

Abstract URL:http://ieeexplore.ieee.org/xpl/articleDetails.jsp?arnumber=6253282&sortType%3Dasc_p_Sequence%26filter%3DAND%28p_IS_Number%3A6414672%29
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

Toward Simulation-Free Estimation of Critical Clearing Time

Author(s): Long Vu,Thanh (Author) M. Al Araifi,Surour (Author) S. El Moursi,Mohamed (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2016/NOV V.31 N.6
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 4722 - 4731
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 158624
Abstract
Contingency screening for transient stability of large-scale, strongly nonlinear, interconnected power systems is one of the most computationally challenging parts of Dynamic Security Assessment and requires huge resources to perform time-domain simulations-based assessment. To reduce computational cost of time-domain simulations ...

Abstract URL:http://ieeexplore.ieee.org/document/7420757/
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

Advanced Fault Ride-Through Management Scheme for VSC-HVDC Connecting Offshore Wind Farms

Author(s): Moawwad,Ahmed (Author) Shawky El Moursi,Mohamed (Author) Xiao,Weidong (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2016/NOV V.31 N.6
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 4923 - 4934
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 158653
Abstract
This paper proposes a novel configuration and transient management scheme for Voltage Source Converter-High Voltage Direct Current (VSC-HVDC) connecting Large Scale Wind Farm (LSWF). The proposed configuration aims to fully utilize the HVDC converters with shunt and series reconfiguration during steady state and fault conditions respectively. ...

Abstract URL:http://ieeexplore.ieee.org/document/7423825/
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

Application of Series Voltage Boosting Schemes for Enhanced Fault Ridethrough Performance of Fixed Speed Wind Turbines

Author(s): Shawky El Moursi,Mohamed (Author) Goweily,Khaled (Author) L. Kirtley,Jim (Author)
Source Journal Info. Title:IEEE transactions on power delivery
Issue Number:2014 FEB V.29 N.1
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 61 - 71
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 166796
Abstract
This paper presents new series grid interface topologies for enhancing the low voltage ridethrough capability of self-excited induction generator-based wind turbines. Two proposed schemes: static synchronous series compensator (SSSC) and controllable series braking resistor (CSBR) have been designed and simulated. ...

Abstract URL:https://ieeexplore.ieee.org/document/6677620/
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

Multiobjective Dynamic VAR Planning Strategy With Different Shunt Compensation Technologies

Author(s): M. Tahboub,Ahmad (Author) Shawky El Moursi,Mohamed (Author) Lee Woon,Wei (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2018/MAY V.33 N.3
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 2429 - 2439
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 168262
Abstract
High concentrations of induction motor loads can impose stress on transmission and distribution systems, leading to voltage instability in some situations. Properly sized and coordinated reactive power sources will provide for improved operation. ...

Abstract URL:https://ieeexplore.ieee.org/document/8031368
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

Dynamic Security-Constrained Automatic Generation Control (AGC) of Integrated AC/DC Power Networks

Author(s): Moawwad,Ahmed (Author) F. El-Saadany,Ehab (Author) Shawky El Moursi,Mohamed (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2018/JUL V.33 N.4
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 3875 - 3885
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 170072
Abstract
This paper introduces an efficient algorithm to adaptively determine the droop coefficients of generating units in hybrid ac-dc networks. These generating units include conventional synchronous generators and multiterminal high-voltage direct-current (MTDC) converters. ...

Abstract URL:https://ieeexplore.ieee.org/document/8097025
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Date:08/05/24

 

Publication type: Article
Title:

Control Approach for the Multi-Terminal HVDC System for the Accurate Power Sharing

Author(s): Kirakosyan,Aram (Author) F. El-Saadany,Ehab (Author) Shawky El Moursi,Mohamed (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2018/JUL V.33 N.4
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 4323 - 4334
Subject Area: Engineering
Subject Terms:  Electrical engineering 
Accession Number 170150
Abstract
This paper presents a new control strategy for voltage source converter based Multi-Terminal High Voltage Direct Current (MTDC) systems. The proposed control approach ensures accurate power sharing between the droop-controlled converter stations. ...

Abstract URL:https://ieeexplore.ieee.org/document/8239656
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Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

A Review of Power System Flexibility With High Penetration of Renewables

Author(s): Mohandes,Baraa (Author) El Moursi,Mohamed Shawky (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2019/JUL V.34 N.4
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 3140 - 3155
Subject Area: Engineering
Subject Terms:  Electric power systems   Electric engineering 
Accession Number 177007
Abstract
The notion of secure operation of power systems, with its present semantic, dates back to the last decade. Since then, tremendous research effort has investigated secure operation of the power system. Nevertheless, operators are still faced with security issues, with even larger uncertainty, however, caused by the integration of renewable energy sources (RES). ...

Abstract URL:https://ieeexplore.ieee.org/document/8635327
Philadelphia   University
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Date:08/05/24

 

Publication type: Article
Title:

A New Type-2 PLL Based on Unit Delay Phase Angle Error Compensation During the Frequency Ramp

Author(s): Hamed,Hany A. (Author) El Moursi,Mohamed Shawky (Author)
Source Journal Info. Title:IEEE Transactions on Power Systems
Issue Number:2019/JUL V.34 N.4
Call No.:621.3105 ITP
Location: References & Periodical Hall - 2nd floor
Physical Description: p 3289 - 3293
Subject Area: Engineering
Subject Terms:  Electric power systems   Electric engineering 
Accession Number 177038
Abstract
This letter introduces a unit delay compensation scheme for Type-2 phase locked loop (Type-2 PLL) to eliminate the steady state phase angle error during the frequency ramp. The proposed PLL (ZPLL) uses an adaptive delayed signal cancellation (DSC) filter, along with a compensation scheme, to ensure effective operation under unbalanced grid. ...

Abstract URL:https://ieeexplore.ieee.org/document/8691417

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