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Abstract

A Hamiltonian surface shaping power flow control (HSSPFC) method is used to analyze the meta-stability and adjust pulsed power loads on a DC electric power distribution network. Pulsed power loads are nonlinear, time-variant systems that cause nonlinear limit-cycles. During the on periods of a pulsed load, the system can be in an unstable state and is damped back to stability during the off state of the load. Therefore, over the entire period of the pulse the system may only be assessed as meta-stable. As shown through simulation, HIL and hardware results, the HSSPFC method is more accurate than the other small-signal approaches, such as Eigenvalues, Nyquist, and Floquet theory, and can reveal important details about the transient responses and performance.

Patent Number

10,090,764

Assignee

National Technology & Engineering Solutions of Sandia, LLC; Michigan Technological University, Houghton, MI (US)

Application Number

15/867,276

Date Filed

1-10-2018

Certificate of Correction

No

Issue Date

10-2-2018

City

Albuquerque, NM (US); Houghton, MI (US)

Disciplines

Electrical and Computer Engineering | Engineering Mechanics | Mechanical Engineering

Method to provide meta-stable operation of DC microgrid comprising a pulsed load

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