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Title: Design, management and control of energy storage DC nano-grid.
Keywords: management, energy storage, DC, nano-grid
Issue Date: 3-Jan-2013
Citation: TRAN DUONG (2013-01-03). Design, management and control of energy storage DC nano-grid.. ScholarBank@NUS Repository.
Abstract: As a platform to integrate various energy storage technologies for the different power levels required in power applications, energy storage DC nano-grid concept (ESNG) is proposed in the thesis. ESNG has the advantages of high flexibility, high performance at reduced cost while meeting the requirement of high power. To capture the patterns of load profile for ESNG, an algorithm based on stochastic dynamic programming with cascade Markov chains is proposed for the energy management. To deal with management problem of dynamic power inside ESNG with large number of energy storage devices, a Dynamic Power Manager based on advanced algorithms is proposed. To control the overall ESNG, ensure stability and improve performance of renewable power plants, analysis and controller design are provided. Finally, to control multiple energy storage devices inside ESNG, possible dynamics interactions amongst energy storage devices are analyzed.
Appears in Collections:Ph.D Theses (Open)

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