Faculty

Institution

Unit

Venue

Robert J Harrington

George Washington University

Affiliations

School of Engineering & Applied Science

Department of Electrical & Computer Engineering

NoneRobert J Harrington is currently serving as a Electrical & Computer Engineering faculty at George Washington University.

Honors

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Experiences

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Education

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Robert J Harrington

George Washington University

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electrical engineering power engineering power electronics engineering applied physics technology electric power systems artificial intelligence electric power transmission electricity generation renewable energy photovoltaics machine learning transmission performance evaluation energy conversion energy research engineering optimization power delivery power system control energy modeling genetic algorithms power system optimization power management power system analysis energy engineering security assessment critical capacitance self-excited induction generators computer model transient overvoltage calculations overhead transmission lines charge model on-line switching operations electrical power systems uprated substation power management strategy residential housing polyphase transmission lines capacitance requirements isolated induction generators single line-to-ground faults transient response

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Accuracy Modeling for Solar Pv Power Generation Using Noble Bd-LSTM-Based Neural Networks With Ema. Applied Sciences (2020)

Youngil KimKeunjoo SeoRobert HarringtonYongju LeeHyeok KimSungjin Kim

power engineeringrenewable energyphotovoltaicsenergy researchenergy modelingpower electronicsapplied mathematicsapplied physicsmachine learningengineering

Analysis of Various Energy Storage Systems for Variable Speed Wind Turbines. InTech eBooks (2018)

Youngil KimRobert J. Harrington

energy storagetechnologypower system analysis

Power Management Strategy for Residential Housing Connected to the Rooftop Solar Pv. (2017)

Youngil KimJunda ZhaoSungjin KimRobert J. Harrington

technologypower management strategyresidential housingenergy managementpower management

Performance Analysis of Energy Storage Systems Connected to a Doubly Fed Induction Generator. (2015)

Youngil KimJunda ZhaoRobert J. Harrington

electrical engineering

A Hybrid Artificial Neural Network/Genetic Algorithm Approach to On-Line Switching Operations for the Optimization of Electrical Power Systems. (2002)

D. ArjonaR.K. LayR.J. Harrington

engineering optimizationgenetic algorithmsgeneticsartificial intelligencepower system optimizationon-line switching operationselectrical power systemselectrical engineeringcomputer science

New Insights for Capacitance Requirements for Isolated Induction Generators. (2002)

R.J. HarringtonF.M.M. Bassiouny

capacitance requirementspower electronicselectrical engineeringenergy storageisolated induction generators

Transient Response of Interconnected Power Systems to Single Line-To-Ground Faults. (2002)

R.J. HarringtonI.M. El-Mohr

systems engineeringcontrol systemssingle line-to-ground faultstransient responseelectrical engineeringinterconnected power systems

New Approach to Determine the Critical Capacitance for Self-Excited Induction Generators. IEEE Transactions on Energy Conversion (1998)

R.J. HarringtonF.M.M. Bassiouny

critical capacitanceself-excited induction generatorsenergy conversionelectricity generationelectrical engineeringpower electronicsapplied physicsengineering

A Simple Approach to Improve Lightning Performance of an Uprated Substation. IEEE Transactions on Power Delivery (1996)

R.J. HarringtonM. Mueen

power engineeringpower deliveryuprated substationelectrical engineeringperformance evaluation

An Approach to On-Line Static Security Assessment of Power Systems Using Artificial Neural Network Techniques. (1995)

Michael Engracia AgudoRobert Joseph HarringtonRodney Kintore Lay

energy managementelectrical engineeringpower systems

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Robert J Harrington

George Washington University

Affiliations

School of Engineering & Applied Science

Department of Electrical & Computer Engineering

NoneRobert J Harrington is currently serving as a Electrical & Computer Engineering faculty at George Washington University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Robert J Harrington

George Washington University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

High Accuracy Modeling for Solar Pv Power Generation Using Noble Bd-LSTM-Based Neural Networks With Ema. Applied Sciences (2020)

Youngil KimKeunjoo SeoRobert HarringtonYongju LeeHyeok KimSungjin Kim

power engineeringrenewable energyphotovoltaicsenergy researchenergy modelingpower electronicsapplied mathematicsapplied physicsmachine learningengineering

Analysis of Various Energy Storage Systems for Variable Speed Wind Turbines. InTech eBooks (2018)

Youngil KimRobert J. Harrington

energy storagetechnologypower system analysis

Power Management Strategy for Residential Housing Connected to the Rooftop Solar Pv. (2017)

Youngil KimJunda ZhaoSungjin KimRobert J. Harrington

technologypower management strategyresidential housingenergy managementpower management

Performance Analysis of Energy Storage Systems Connected to a Doubly Fed Induction Generator. (2015)

Youngil KimJunda ZhaoRobert J. Harrington

electrical engineering

A Hybrid Artificial Neural Network/Genetic Algorithm Approach to On-Line Switching Operations for the Optimization of Electrical Power Systems. (2002)

D. ArjonaR.K. LayR.J. Harrington

engineering optimizationgenetic algorithmsgeneticsartificial intelligencepower system optimizationon-line switching operationselectrical power systemselectrical engineeringcomputer science

New Insights for Capacitance Requirements for Isolated Induction Generators. (2002)

R.J. HarringtonF.M.M. Bassiouny

capacitance requirementspower electronicselectrical engineeringenergy storageisolated induction generators

Transient Response of Interconnected Power Systems to Single Line-To-Ground Faults. (2002)

R.J. HarringtonI.M. El-Mohr

systems engineeringcontrol systemssingle line-to-ground faultstransient responseelectrical engineeringinterconnected power systems

New Approach to Determine the Critical Capacitance for Self-Excited Induction Generators. IEEE Transactions on Energy Conversion (1998)

R.J. HarringtonF.M.M. Bassiouny

critical capacitanceself-excited induction generatorsenergy conversionelectricity generationelectrical engineeringpower electronicsapplied physicsengineering

A Simple Approach to Improve Lightning Performance of an Uprated Substation. IEEE Transactions on Power Delivery (1996)

R.J. HarringtonM. Mueen

power engineeringpower deliveryuprated substationelectrical engineeringperformance evaluation

An Approach to On-Line Static Security Assessment of Power Systems Using Artificial Neural Network Techniques. (1995)

Michael Engracia AgudoRobert Joseph HarringtonRodney Kintore Lay

energy managementelectrical engineeringpower systems

1
2
10 / page

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industrial informatics

electrical grid

Stephen Sebo

Institution

Ohio State University

electrical insulation

electromagnetic compatibility

Mahesh Illindala

Institution

Ohio State University

energy strategies

smart grid

Elham Makram

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Clemson University

power engineering

electric power system

Hao Zhu

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University of Texas at Austin

computer engineering

smart grid security

Xingpeng Li

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University of Houston

electricity generation

energy strategies

Sukumar Brahma

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systems engineering

Hulya Kirkici

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electromagnetism

plasma chemistry

Bruce Mork

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magnetic materials and saturation of transformers

Surya Santoso

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University of Texas at Austin

systems modeling

wind power