Energy Systems Reseach Laboratory

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      • Electric Machinery and Optimization
      • Electric Drives and Power Electronics
      • Electromagnetic Field Computations
      • Futuristic Power Systems
      • Smart Grid Research
        • Smart Grid Test Bed
        • Schematic of SCADA System
      • Communication and Networking
        • Communication Infrastructure of Smart Grid Test Bed
        • Wired and Wireless Control of Generation stations
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    • Electric Drives and Power Electronics Lab
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Untitled-1 Top Executives form NTT Facilities in Japan and USA Visit Our Smart Grid Test-Bed The officers of NTT japan visits Energy Systems Research laboratory and inspects the research about Smart Grid.
Untitled-1 DC-Bus Voltage Control Technique for Parallel-Integrated Permanent Magnet Wind Generation Systems This paper presents a dc-bus voltage control technique for a new power conversion topology feasible for parallel integrated permanent magnet...
DSC04058 DoE-FPL Consortium Managers Visit Our Smart Grid Test Bed The members from Department of Energy Visit Smart Grid test0bed. The Graduate students working on research in AC and DC...
DSC03662-Optimized Executives and Leaders from FPL Visit Our Smart Grid Test Bed Facility Members of Florida Power and Light group visited Smart-Grid test Bed Lab on September 15th 2011. They were presented with...
featured A Three-Phase High Frequency Semi-Controlled Battery Charging Power Converter for Plug-In Hybrid Electric Vehicles This paper presents a novel analysis, design, and implementation of a battery charging three-phase high frequency semicontrolled power converter feasible...
pes2011image Presentations at the 2011 IEEE PES General Meeting in Detroit Members of Energy Systems Research Laboratory presenting their posters in IEEE PES General Meeting in Detroit..
Hardware implementation of the Real-time online optimization of motor-drive Hardware implementation of Real Time Online Optimization of Motor Drives
ssp Development of High-Performance Grid-Connected Wind Energy Conversion System for Optimum Utilization of Variable Speed Wind Turbines This project presents an improvement technique for the power quality of the electrical part of a wind generation system with...
Optimized-360 view-1 Smart Grid Test Bed- 360 View Virtual visit to the Smart Grid  Test Bed at the Energy Systems Research Laboratory
pmu-post Synchrophasors for Real Time Measurement of Electrical Quantites Energy Systems Research Laboratory uses Synchronized phasor measurements (synchrophasors) to provide a real-time measurement of electrical quantities from across a...
Featured Stories
  • Ship Board Power Systems Test Bed0May 2, 2011

    Smart Grid Systems Test Bed

    The self-managing and reliable smart grid is seen as the future of protection and control systems. By using generation stations,...
  • fps-post0May 1, 2011

    Futuristic Power Systems

    This project presents improvement technique for the power quality of the electrical part of a wind generation system with a...
  • emo-post0May 1, 2011

    Electric Machinery and Optimization

    The research group at Energy system research laboratory has conducted extensive research on the common stator project. The main research...
  • Monitoring in Power Systems test bed0May 1, 2011

    Monitoring in Smart Grid Test Bed

    The first step to control and monitor the test bed power system is to retrieve measured information of voltages and...
  • post-cn0May 1, 2011

    Communication and Networking

    The goal of the communication is to transfer information fast and correctly within the system, locally or globally to create...
  • post0April 18, 2011

    SHARC POWER- A Senior Design Project by ESRL Students

    The intent of this project to take advantage of natural sources of energy surrounding a vessel at sea as well...
Latest Headlines
  • Slideshowonly

    Top Executives form NTT Facilities in Japan and USA Visit Our Smart Grid Test-Bed

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  • Slideshowonly

    DC-Bus Voltage Control Technique for Parallel-Integrated Permanent Magnet Wind Generation Systems

    1 Comment
  • Slideshowonly

    DoE-FPL Consortium Managers Visit Our Smart Grid Test Bed

    No Comments
  • Slideshowonly

    Executives and Leaders from FPL Visit Our Smart Grid Test Bed Facility

    No Comments
  • Slideshowonly

    A Three-Phase High Frequency Semi-Controlled Battery Charging Power Converter for Plug-In Hybrid Electric Vehicles

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  • Slideshowonly

    Presentations at the 2011 IEEE PES General Meeting in Detroit

    No Comments
  • Slideshowonly

    Hardware implementation of Real Time Online Optimization of Motor Drives

    No Comments
  • Slideshowonly

    Development of High-Performance Grid-Connected Wind Energy Conversion System for Optimum Utilization of Variable Speed Wind Turbines

    No Comments
  • Slideshowonly

    Smart Grid Test Bed- 360 View

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  • Slideshowonly

    Synchrophasors for Real Time Measurement of Electrical Quantites

    1 Comment
  • Featured Stories

    Smart Grid Systems Test Bed

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  • Featured Stories

    Futuristic Power Systems

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  • Featured Stories

    Electric Machinery and Optimization

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  • Featured Stories

    Monitoring in Smart Grid Test Bed

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  • Featured Stories

    Communication and Networking

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  • Featured Stories

    SHARC POWER- A Senior Design Project by ESRL Students

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Older Entries
  • Smart Grid Test-bed Brochure
  • Energy Systems Research Laboratory

    Energy Systems Research Laboratory conducts federally funded research projects related to electrical energy systems on land, in space and at sea. Research projects related to physics-based modeling for the design and optimization of electric drives in their operating environment. Part of this work utilizes online dynamic parameter optimization for controller development in energy systems. Our research facilities include a Smart Grid test-bed for smart grid research on utility systems and movable vessels. This is a unique facility in the USA at the laboratory scale totaling a power capability of up to 72-kW in ac and dc sources. The facility also includes all types of alternate and conventional energy resources and load emulators.

  • Research Grants & Funding
  • Organisations
  • Areas Of Research
    • Communication Infrastructure of Smart Grid Test Bed
    • Electric Drives and Power Electronics
    • Electromagnetic Field Computations
    • Futuristic Power Systems
    • Smart Grid Test Bed
    • Smart Grid Research
    • Electric Machinery and Optimization
  • Links
    • Mrs. Dora Hernandez Farewell
    • Dr. Osama Mohammed receives Cyril Veinott Electromechanical Energy Conversion Award
    • Dr.Osama A. Mohammed
    • Utility Systems with Green and Alternative Energy
    • IEEE Smart Grid
    • Smart Grid Information Clearing House
    • Asynchronous Learning Network
    • Smart Grid News by IEEE Spectrum
  • Wind Turbine Videos
    • Wind Turbine Failure
    • Wind Turbine Shuts Down in Storm
    • Flow Batteries Coming Into Homes
    • The Future of Geothermal Energy
    • US Approves First Offshore Wind Farm
  • RSS News
    • Campus Voices: I’m on the SoBe list
    • Andy Warhol: Has it been 25 years?
    • Students prepping for 2012 Food Network South Beach Wine & Food Festival
    • FIU joins STEM education national dialogue at 100Kin10 Partner Summit
    • New report points to failures in international response to Haiti earthquake
  • About
    The Energy Systems Research Laboratory conducts federally funded research projects related to electrical energy systems on land, in space and at sea. Research projects related to physics-based modeling for the design and optimization of electric drives in their operating environment.
  • Research
    Research is an integral part of the College's success. The College provides outstanding research opportunities for graduate students and embeds significant research experience in its undergraduate curriculum. Research is supported by centers of excellence, where faculty and students work with cutting edge technology, and are funded by major federal agencies and a large number of major corporations.
  • Contact

    Dr. Osama A. Mohammed
    Florida International University
    Electrical and Computer Engineering
    Center for Engineering and Applied Sciences
    CEAS-3983
    10555 West Flagler Street
    Miami, Florida, 33174, USA
    Phone: (305) 348-3040
    Fax: (305) 348-3707
    Email: Mohammed@fiu.edu

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