Secure Scalable Microgrid Test Bed at Sandia National Laboratories.
Abstract Not Provided
Glover, Steven F↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Hamiltonian-based Power Flow Control for DC Microgrids with Renewable Generation.
Abstract not provided.
Cook, Marvin A.↗
Forward Operating Base Microgrid Evaluation and Testing of Energy Storage Systems.
Abstract not provided.
Rose, David Martin↗
DC Microgrid Optimal Storage Power Scheduling Using Source Forecasts.
Abstract not provided.
Wilson, David G.↗
Hamiltonian-based Power Flow Control for DC Microgrids with Renewable Generation.
Abstract not provided.
Cook, Marvin A.↗
SPIDERS Design Requirements and Advanced Microgrid Applications.
Abstract not provided.
Stamp, Jason Edwin↗
Power Line Communication for Microgrids and PHEV Stability - Palombini.
Abstract not provided.
Palombini, Chris L↗
Renewable Systems Integration and Microgrids: Where's the Storage?.
Abstract not provided.
Source record↗
Energy Surety Microgrid: An Application for SPIDERS at Joint Base Pearl Harbor-Hickam.
Abstract not provided.
Stamp, Jason Edwin↗
Design and Quasi-Equilibrium Analysis of a Distributed Frequency-Restoration Controller for Inverter-Based Microgrids
This paper discusses a proposed frequency restoration controller which operates as an outer loop to frequency droop for voltage-source inverters. By quasi-equilibrium analysis, we show that the proposed controller is able to provide arbitrarily small steady-state frequency error while maintaing power sharing between inverters without need for communication or centralized control. We derive rate of convergence, discuss design considerations (including a fundamental trade-off that must be made in design), present a design procedure to meet a maximum frequency error requirement, and show simulation results verifying our analysis and design method. The proposed controller will allow flexible plug-and-play inverter-based networks to meet a specified maximum frequency error requirement.
Distributed control↗
Hamiltonian Control Design for DC Microgrids with Stochastic Sources and Loads with Applications.
Abstract not provided.
Neely, Jason C.↗