Faculty

Institution

Unit

Venue

Sedghisigarchi, Kourosh

California State University--Northridge

Affiliations

College of Engineering and Computer Science

Andrew J. Anagnost College Of Engineering And Computer Science

Department Of Electrical And Electronic Engineering

School Of Engineering And Computer Science

Department Of Electrical Engineering

NoneSedghisigarchi, Kourosh is currently serving as a Andrew J. Anagnost College Of Engineering And Computer Science faculty at California State University--Northridge.

Honors

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Experiences

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Education

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Sedghisigarchi, Kourosh

California State University--Northridge

You can click a keyword to filter the displayed items

electrical engineering electric vehicles systems engineering power electronics power delivery electric power systems smart grid power system control including vehicle-to-grid electric grid integration energy management control systems engineering optimization control optimization control system technology engineering power engineering power system dynamics grid stability distribution networks voltage stability mdhd evs computer engineering energy storage renewable energy electricity generation energy efficiency thermal engineering reliability engineering energy strategies deep reinforcement learning power control power management power system optimization renewable energy storage home energy storage hybrid electric vehicles electric battery conversion systems power electronics converter reactive power control optimal methodology solar systems power conversions optimal control scheme sequential quadratic optimization simultaneous optimal sizing different electric utilities demand charges distribution feeder microgrid stability real-time model ac-ac wind converter

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigating the Impact of Electric Vehicle Charging Loads on Csun's Electric Grid. arXiv (Cornell University) (2026)

electric power systemselectric grid integrationelectric vehiclesincluding vehicle-to-gridpower deliveryelectrical gridselectrical engineeringelectric gridsmart grid

Optimal Engagement of Residential Battery Storage to Alleviate Grid Upgrades Caused by Evs and Solar Systems. arXiv (Cornell University) (2026)

Phased Planning of Heavy-Duty Electric Vehicle Charging Stations: An Optimization Framework Under Grid Capacity Constraints. IEEE Access (2026)

power deliveryelectrical engineeringelectric vehiclesincluding vehicle-to-grid

A Framework for Optimal Sizing of Heavy-Duty Electric Vehicle Charging Stations Considering Uncertainty. World Electric Vehicle Journal (2025)

engineering optimizationelectric vehiclesincluding vehicle-to-gridelectrical engineeringenergy management

An Automated Framework for Assessing Electric Vehicle Charging Impacts on a Campus Distribution Grid. (2025)

automated frameworksystems engineeringelectric grid integrationelectric vehiclesincluding vehicle-to-gridenergy strategiespower deliveryelectrical gridscampus distribution gridsmart grid

Empowering Dynamic Active and Reactive Power Control: A Deep Reinforcement Learning Controller for Three-Phase Grid-Connected Electric Vehicles. IEEE Access (2024)

Amirhossein AhmadianKourosh SedghisigarchiRajit Gadh

power engineeringsystems engineeringpower system controlelectric vehiclespower controlpower managementelectrical engineeringpower electronicsenergy managementreactive power controldeep reinforcement learning

Enhancing Voltage Stability in Distribution Networks Through Metaheuristic Algorithm-Based Reactive Power Compensation From Mdhd Evs. (2024)

Chen ZhangKourosh SedghisigarchiRachel SheinbergShashank Narayana GowdaRajit Gadh

mdhd evscontrol systemsdistribution networkselectrical engineeringvoltage stability

Simultaneous Optimal Sizing of Multi Heavy-Duty Electric Charging Infrastructures Connected to Different Electric Utilities Considering Demand Charges. (2024)

Rafi ZahediNatalie LordKourosh SedghiSigarchiRajit Gadh

demand chargeselectric power systemssimultaneous optimal sizingdifferent electric utilitieselectric grid integrationelectrical engineering

An Optimal Methodology for Mitigating the Impacts of Evs and Solar Systems on the Grid by Utilizing Existing Residential Battery Storage Capacity With No Further Grid Upgrades. (2023)

Rafi ZahediAmirhossein AhmadianKourosh SedghiSigarchiRajit Gadh

reliability engineeringpower system optimizationelectric vehiclescontrol optimizationpower electronicsoptimal methodologyengineering optimizationhome energy storageelectric batteryrenewable energy storagehybrid electric vehiclesenergy storagesystems engineeringrenewable energyenergy efficiencysolar systemsthermal engineeringelectricity generationelectrical engineeringengineering

Optimizing Voltage Stability in Distribution Networks via Metaheuristic Algorithm-Driven Reactive Power Compensation From Mdhd Evs. World Electric Vehicle Journal (2023)

Chen ZhangKourosh SedghisigarchiRachel SheinbergShashank Narayana GowdaRajit Gadh

power engineeringmdhd evsengineering optimizationelectric vehiclesdistribution networkspower electronicselectrical engineeringengineeringvoltage stability

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Sedghisigarchi, Kourosh

California State University--Northridge

Affiliations

College of Engineering and Computer Science

Andrew J. Anagnost College Of Engineering And Computer Science

Department Of Electrical And Electronic Engineering

School Of Engineering And Computer Science

Department Of Electrical Engineering

NoneSedghisigarchi, Kourosh is currently serving as a Andrew J. Anagnost College Of Engineering And Computer Science faculty at California State University--Northridge.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Sedghisigarchi, Kourosh

California State University--Northridge

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Investigating the Impact of Electric Vehicle Charging Loads on Csun's Electric Grid. arXiv (Cornell University) (2026)

electric power systemselectric grid integrationelectric vehiclesincluding vehicle-to-gridpower deliveryelectrical gridselectrical engineeringelectric gridsmart grid

Optimal Engagement of Residential Battery Storage to Alleviate Grid Upgrades Caused by Evs and Solar Systems. arXiv (Cornell University) (2026)

Phased Planning of Heavy-Duty Electric Vehicle Charging Stations: An Optimization Framework Under Grid Capacity Constraints. IEEE Access (2026)

power deliveryelectrical engineeringelectric vehiclesincluding vehicle-to-grid

A Framework for Optimal Sizing of Heavy-Duty Electric Vehicle Charging Stations Considering Uncertainty. World Electric Vehicle Journal (2025)

engineering optimizationelectric vehiclesincluding vehicle-to-gridelectrical engineeringenergy management

An Automated Framework for Assessing Electric Vehicle Charging Impacts on a Campus Distribution Grid. (2025)

automated frameworksystems engineeringelectric grid integrationelectric vehiclesincluding vehicle-to-gridenergy strategiespower deliveryelectrical gridscampus distribution gridsmart grid

Empowering Dynamic Active and Reactive Power Control: A Deep Reinforcement Learning Controller for Three-Phase Grid-Connected Electric Vehicles. IEEE Access (2024)

Amirhossein AhmadianKourosh SedghisigarchiRajit Gadh

Enhancing Voltage Stability in Distribution Networks Through Metaheuristic Algorithm-Based Reactive Power Compensation From Mdhd Evs. (2024)

Chen ZhangKourosh SedghisigarchiRachel SheinbergShashank Narayana GowdaRajit Gadh

mdhd evscontrol systemsdistribution networkselectrical engineeringvoltage stability

Simultaneous Optimal Sizing of Multi Heavy-Duty Electric Charging Infrastructures Connected to Different Electric Utilities Considering Demand Charges. (2024)

Rafi ZahediNatalie LordKourosh SedghiSigarchiRajit Gadh

demand chargeselectric power systemssimultaneous optimal sizingdifferent electric utilitieselectric grid integrationelectrical engineering

An Optimal Methodology for Mitigating the Impacts of Evs and Solar Systems on the Grid by Utilizing Existing Residential Battery Storage Capacity With No Further Grid Upgrades. (2023)

Rafi ZahediAmirhossein AhmadianKourosh SedghiSigarchiRajit Gadh

Optimizing Voltage Stability in Distribution Networks via Metaheuristic Algorithm-Driven Reactive Power Compensation From Mdhd Evs. World Electric Vehicle Journal (2023)

Chen ZhangKourosh SedghisigarchiRachel SheinbergShashank Narayana GowdaRajit Gadh

power engineeringmdhd evsengineering optimizationelectric vehiclesdistribution networkspower electronicselectrical engineeringengineeringvoltage stability

1
2
10 / page