Faculty

Institution

Unit

Venue

Dr. Aleck Leedy

Murray State University

Affiliations

Jesse D. Jones College of Science, Engineering and Technology

School Of Engineering

Murray State University

NoneDr. Aleck Leedy is currently serving as a Jesse D. Jones College Of Science, Engineering And Technology faculty at Murray State University.

Honors

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Experiences

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Education

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Dr. Aleck Leedy

Murray State University

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electrical engineering systems engineering engineering solar power photovoltaics photovoltaic systems photovoltaic power station electric power systems energy systems power delivery smart grid building-integrated photovoltaics modeling and simulation sustainable energy technologies rooftop photovoltaics applied mathematics control systems motor drives electric machines electrical drive power engineering power system analysis solar energy utilisation power generation maximum power point photovoltaic arrays mechatronics electrical grids control system technology active control power electronics energy conversion power system control industrial electronics real-time control microwave engineering simulation methodology energy analysis dc motor load solar powered systems undergraduate electric machines power electronics courses a teaching research tool p-v characteristic curves general method indirect method approximate p-v curves interpolation methods numerical techniques varying conditions distributed sources

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Method for Modeling Photovoltaic Characteristics Under Artificial Partial Shading. (2026)

photovoltaic systemsphotovoltaicssustainable energy technologiesengineeringsolar powerartificial partial shadingrenewable energyrooftop photovoltaicsphotovoltaic power stationenergy efficiencyenergy systemssolar energy utilisationsolar cellselectrical engineeringsolar energy conversionbuilding-integrated photovoltaics

Harmonic Analysis of a Pem Fuel Cell With a Pulsed Load Applied. (2025)

harmonic analysispem fuel cellengineeringpower generationpulsed load appliedelectrical engineeringfuel cells

Approximation of Fuel Cell Characteristic Curves for Maximum Power Point Tracking. (2023)

power engineeringsystems engineeringengineeringsustainable energy technologiesenergy conversionenergy analysispower deliverypower system analysispower generationsmart gridenergy efficiencyenergy systemselectrical engineering

A Single-Phase Five-Level Inverter Topology for Distributed Sources. (2023)

Aleck W. LeedyKennedy A. AganahMuhammad AbdelraziqKristen Booth

distributed sourceselectrical engineering

A Comparison of Numerical Techniques Used for Pv Module Model Parameter Extraction. (2022)

Aleck W. LeedyMuhammad AbdelraziqKristen Booth

photovoltaicssystems engineeringengineeringnumerical techniquesinstrumentationelectrical engineering

Using Interpolation Methods to Approximate P-V Curves During Maximum Power Point Tracking for Photovoltaic Arrays. SoutheastCon 2022 (2022)

photovoltaic systemsphotovoltaicssolar powerphotovoltaic arraysapproximate p-v curvesphotovoltaic power stationinterpolation methodselectrical engineeringsolar energy conversionbuilding-integrated photovoltaics

Modeling Pv Modules Using Simulink / Matlab Under Varying Conditions. (2019)

photovoltaic systemsphotovoltaicssystems engineeringengineeringsolar powervarying conditionsrooftop photovoltaicsphotovoltaic power stationmodeling and simulationelectrical engineeringbuilding-integrated photovoltaics

An Indirect Method for Maximum Power Point Tracking for Photovoltaic Arrays. 2014 International Conference on Renewable Energy Research and Application (ICRERA) (2014)

photovoltaic systemsphotovoltaicssystems engineeringsustainable energy technologiessolar powermaximum power pointphotovoltaic arrayspower deliverysmart gridphotovoltaic power stationenergy systemssolar energy utilisationelectrical engineeringelectric power systemsindirect method

Approximation of P-V Characteristic Curves for Use in Maximum Power Point Tracking Algorithms. (2013)

power engineeringsystems engineeringapplied mathematicselectrical gridsmaximum power pointpower deliverypower system analysissmart gridp-v characteristic curveselectric power systems

Simulink / Matlab Dynamic Induction Motor Model for Use as a Teaching and Research Tool. (2013)

mechatronicscontrol system technologysystems engineeringengineeringmotor drivescontrol systemsactive controla teachingelectric machinesreal-time controlelectrical driveresearch toolmodeling and simulation

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Dr. Aleck Leedy

Murray State University

Affiliations

Jesse D. Jones College of Science, Engineering and Technology

School Of Engineering

Murray State University

NoneDr. Aleck Leedy is currently serving as a Jesse D. Jones College Of Science, Engineering And Technology faculty at Murray State 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

Dr. Aleck Leedy

Murray State University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Method for Modeling Photovoltaic Characteristics Under Artificial Partial Shading. (2026)

Harmonic Analysis of a Pem Fuel Cell With a Pulsed Load Applied. (2025)

harmonic analysispem fuel cellengineeringpower generationpulsed load appliedelectrical engineeringfuel cells

Approximation of Fuel Cell Characteristic Curves for Maximum Power Point Tracking. (2023)

A Single-Phase Five-Level Inverter Topology for Distributed Sources. (2023)

Aleck W. LeedyKennedy A. AganahMuhammad AbdelraziqKristen Booth

distributed sourceselectrical engineering

A Comparison of Numerical Techniques Used for Pv Module Model Parameter Extraction. (2022)

Aleck W. LeedyMuhammad AbdelraziqKristen Booth

photovoltaicssystems engineeringengineeringnumerical techniquesinstrumentationelectrical engineering

Using Interpolation Methods to Approximate P-V Curves During Maximum Power Point Tracking for Photovoltaic Arrays. SoutheastCon 2022 (2022)

Modeling Pv Modules Using Simulink / Matlab Under Varying Conditions. (2019)

An Indirect Method for Maximum Power Point Tracking for Photovoltaic Arrays. 2014 International Conference on Renewable Energy Research and Application (ICRERA) (2014)

Approximation of P-V Characteristic Curves for Use in Maximum Power Point Tracking Algorithms. (2013)

power engineeringsystems engineeringapplied mathematicselectrical gridsmaximum power pointpower deliverypower system analysissmart gridp-v characteristic curveselectric power systems

Simulink / Matlab Dynamic Induction Motor Model for Use as a Teaching and Research Tool. (2013)

1
2
10 / page