1–17 von 17 Ergebnissen
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    Role of hardware-in-the-loop simulation testing in transitioning new technology to the ship

    Langston, James / Sloderbeck, Michael / Steurer, Michael et al. | IEEE | 2013
    Verlag: IEEE

    Power Hardware-in-the-Loop Simulation Testing of a 200 MJ Battery-Based Energy Magazine for Shipboard Applications

    Langston, James / Steurer, Michael / Bosworth, Matthew et al. | IEEE | 2019
    Verlag: IEEE

    An Exercise on Model Description Document based Implementation of Shipboard Power System Modules on DRTS Platforms

    Ravindra, Harsha / Difronzo, Michele / Almeida, Murilo et al. | IEEE | 2019
    This paper provides an example of implementing ship power system modules on different digital real time simulator (DRTS) platforms ...
    Verlag: IEEE

    Shipboard Power System Baseline Modeling and Evaluation

    Schoder, Karl / Ravindra, Harsha / Stanovich, Mark et al. | IEEE | 2019
    next generation platforms. Before possible benefits of new technologies can be evaluated in a system-relevant context, baseline information on ...
    Verlag: IEEE

    Demonstration of Solid State Circuit Breakers within Low Voltage DC Distribution System for Shipboard Applications

    Langston, James / Hauer, John / Leonard, Isaac et al. | IEEE | 2019
    Verlag: IEEE

    Evaluation of Tactical Energy Management Controls for Shipboard Power Systems

    Langston, James / Stanovich, Mark / Ravindra, Harsha et al. | IEEE | 2023
    Verlag: IEEE

    A General Common-Bus Architecture for Multiple-Interface Power Hardware-in-the-Loop Studies

    Szymanski, Thiago / Langston, James / Steurer, Michael | IEEE | 2021
    Verlag: IEEE

    Advanced Load Shed and Predictive Ramp Rate Control of a Medium Voltage AC/DC Testbed

    Tschritter, Cole / Johnston, Alexander / Wetz, David et al. | IEEE | 2023
    Verlag: IEEE

    Shipboard Zonal Load Center Modeling and Characterization on Real-Time Simulation Platform

    Biswas, Md Multan / Deese, Tyler / Langston, James et al. | IEEE | 2021
    /under-voltage. The Opal-RT technologies and MATLAB/Simulink were adopted for the RT simulation and V&V activities. ...
    Verlag: IEEE

    Using Power Hardware-in-the-Loop Simulation to Study Control of Energy Storage within Limited-Inertia Power System

    Langston, James / Watanabe, Kazuki / Hauer, John et al. | IEEE | 2021
    Verlag: IEEE

    Priority-Based Management of Energy Resources During Power-Constrained Operation of Shipboard Power System

    Langston, James / Ravindra, Harsha / Steurer, Michael et al. | IEEE | 2021
    Verlag: IEEE

    Power hardware-in-the-loop simulation testing of a flywheel energy storage system for shipboard applications

    Langston, James / Steurer, Michael / Schoder, Karl et al. | IEEE | 2017
    Verlag: IEEE

    Distributed energy storage allocation algorithm for early stage design

    Langston, James / Stanovich, Mark / Schoder, Karl et al. | IEEE | 2017
    Verlag: IEEE

    Megawatt-scale power hardware-in-the-loop simulation testing of a power conversion module for naval applications

    Langston, James / Bogdan, Ferenc / Hauer, John et al. | IEEE | 2015
    Verlag: IEEE

    Test environment for a novel medium voltage impedance measurement unit

    Bogdan, Ferenc / Hauer, John / Langston, James et al. | IEEE | 2015
    Verlag: IEEE

    System studies for a bi-directional advanced hybrid drive system (AHDS) for application on a future surface combatant

    Langston, James / Andrus, Michael / Steurer, Michael et al. | IEEE | 2013
    combatant. This system would support propulsion powered through ship service gas turbine generators, as well as ship service power supplied from the ...
    Verlag: IEEE