Faculty

Institution

Unit

Venue

Thomas Acker

Director of the Institute for Sustainable Energy Solutions Professor

Northern Arizona University

Affiliations

College of Engineering, Informatics, and Applied Sciences

Department of Mechanical Engineering

Thomas Acker is currently serving as a College Of Engineering, Informatics, And Applied Sciences Director of the Institute for Sustainable Energy Solutions Professor at Northern Arizona University.

Honors

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Experiences

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Education

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Thomas Acker

Northern Arizona University

Director of the Institute for Sustainable Energy Solutions Professor

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engineering electrical engineering renewable energy wind power wind engineering economics hydropower systems engineering sustainable energy technologies energy strategies energy economics energy policy wind energy technology energy research wind power generation hydropower systems machine learning water resources desalination offshore mechanics floating wind turbine energy planning solar irradiance photovoltaics thermal engineering ocean engineering acoustical engineering wind-assisted propulsion case studies energy production wind resource assessment electric vehicles offshore structures higher education sustainable development smart grid power engineering energy engineering united states western wind optimal sizing yurok tribe tribal case studies pascua yaqui tribe monte carlo simulation wind energy projects economic benefits wavelet variability model wind integration reliability engineering mobile computing hydrogen energy climate policy regional studies electric grid integration water reuse combustion engineering model integration genetic algorithms solar thermal energy intermittently connected device emission control regional relevance bioacoustics forecasting methodology error analysis agricultural water management american archaeology indigenous studies policy planning regional development regional planning clean energy energy prediction standard deviation capacity factor environmental impact assessment geography civil engineering wind power integration

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Rapid Model: Initial Results From Testing a Model to Set Up a Course-Sharing Consortia for Stem Programs at the Graduate Level. 2020 ASEE Virtual Annual Conference Content Access Proceedings (2024)

Thomas AckerNena Bloom

higher educationeducationstem educationrapid modelcourse-sharing consortiastem programsgraduate level

Power System Impacts of Electric Vehicle Charging Strategies. Electricity (2022)

Jose David Alvarez GuerreroThomas L. AckerRafael Castro

electric vehicleselectrical engineering

Comment on Wes-2021-111. (2021)

Tom Acker

Integrating Electric Vehicles Into Power System Operation Production Cost Models. World Electric Vehicle Journal (2021)

Jose David Alvarez GuerreroBikash BhattaraiRajendra ShresthaThomas L. AckerRafael Castro

model integrationengineeringtransportation engineeringelectrical engineering

A Framework for Electric Vehicle Power Supply Chain Development. Utilities Policy (2020)

Shi LefengLv ShengnanLiu ChunxiuZhou YueLiana CipciganThomas L. Acker

engineeringsystems engineeringenergy policyelectric vehicleselectrical engineering

Cost Implications of Increased Solar Penetration and Time-Of-Use Rate Interactions. Clean Energy (2020)

Dominique BainTom Acker

economicsenvironmental economicsrenewable energycost implicationsclean energyenergy economicstime-of-use rate interactionsenergy management

Distributed Wind Resource Assessment for Small, Kilowatt-Sized Wind Turbines Using Computational Flow Modeling Software. Journal of Physics Conference Series (2020)

T L AckerB BhattaraiR Shrestha

kilowatt-sized wind turbinesrenewable energysystems engineeringwind resource assessmentelectrical engineering

Optimal Sizing of a Standalone Renewable Energy Reverse Osmosis Desalination System Using an Ant System. 2022 IEEE Congress on Evolutionary Computation (CEC) (2020)

Daming XuThomas L. Acker

engineeringoptimal sizingrenewable energydesalinationant system

Distributed Wind Resource Assessment: Comparing Measured Annual Energy Production With Predictions From Computational Fluid Dynamics. Wind Engineering (2019)

Devon L MartindaleThomas L Acker

wind engineeringwind resource assessmentenergy productionannual energy production

Optimal Sizing of an Off-Grid, Renewable Energy Reverse Osmosis Desalination System Based on a Genetic Algorithm. Desalination and Water Treatment (2019)

Daming XuTom Acker

genetic algorithmsenvironmental engineeringoptimal sizingrenewable energydesalinationwater treatment

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Thomas Acker

Director of the Institute for Sustainable Energy Solutions Professor

Northern Arizona University

Affiliations

College of Engineering, Informatics, and Applied Sciences

Department of Mechanical Engineering

Thomas Acker is currently serving as a College Of Engineering, Informatics, And Applied Sciences Director of the Institute for Sustainable Energy Solutions Professor at Northern Arizona 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

Thomas Acker

Northern Arizona University

Director of the Institute for Sustainable Energy Solutions Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Thomas AckerNena Bloom

higher educationeducationstem educationrapid modelcourse-sharing consortiastem programsgraduate level

Power System Impacts of Electric Vehicle Charging Strategies. Electricity (2022)

Jose David Alvarez GuerreroThomas L. AckerRafael Castro

electric vehicleselectrical engineering

Comment on Wes-2021-111. (2021)

Tom Acker

Integrating Electric Vehicles Into Power System Operation Production Cost Models. World Electric Vehicle Journal (2021)

Jose David Alvarez GuerreroBikash BhattaraiRajendra ShresthaThomas L. AckerRafael Castro

model integrationengineeringtransportation engineeringelectrical engineering

A Framework for Electric Vehicle Power Supply Chain Development. Utilities Policy (2020)

Shi LefengLv ShengnanLiu ChunxiuZhou YueLiana CipciganThomas L. Acker

engineeringsystems engineeringenergy policyelectric vehicleselectrical engineering

Cost Implications of Increased Solar Penetration and Time-Of-Use Rate Interactions. Clean Energy (2020)

Dominique BainTom Acker

economicsenvironmental economicsrenewable energycost implicationsclean energyenergy economicstime-of-use rate interactionsenergy management

Distributed Wind Resource Assessment for Small, Kilowatt-Sized Wind Turbines Using Computational Flow Modeling Software. Journal of Physics Conference Series (2020)

T L AckerB BhattaraiR Shrestha

kilowatt-sized wind turbinesrenewable energysystems engineeringwind resource assessmentelectrical engineering

Optimal Sizing of a Standalone Renewable Energy Reverse Osmosis Desalination System Using an Ant System. 2022 IEEE Congress on Evolutionary Computation (CEC) (2020)

Daming XuThomas L. Acker

engineeringoptimal sizingrenewable energydesalinationant system

Distributed Wind Resource Assessment: Comparing Measured Annual Energy Production With Predictions From Computational Fluid Dynamics. Wind Engineering (2019)

Devon L MartindaleThomas L Acker

wind engineeringwind resource assessmentenergy productionannual energy production

Optimal Sizing of an Off-Grid, Renewable Energy Reverse Osmosis Desalination System Based on a Genetic Algorithm. Desalination and Water Treatment (2019)

Daming XuTom Acker

genetic algorithmsenvironmental engineeringoptimal sizingrenewable energydesalinationwater treatment

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Similar Faculty Members

James Manwell

Institution

University of Massachusetts Amherst

ocean engineering

wind power

Emily Grubert

Institution

Georgia Institute of Technology

water-energy-food nexus

sustainability science

Ted Brekken

Institution

Oregon State University

renewable energy

energy storage

Valerie Thomas

Institution

Georgia Institute of Technology

sustainability science

industrial ecology

Kelly Sanders

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University of Southern California

climate policy

sustainable development

Eric Masanet

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University of California, Santa Barbara

engineering

environmental engineering

C. Lindsay Anderson

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Cornell University

energy system

energy strategies

Lingling Fan

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University of South Florida

electric power system

power delivery

Haibo Zhai

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University of Wyoming

environmental engineering

low-carbon technology

R. Panneer Selvam

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University of Arkansas

civil engineering

structural analysis