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2018 IEEE 3rd Ecuador Technical Chapters Meeting, ETCM 2018(1)
IEEE Transactions on Power Electronics(1)
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Novel robust methodology for controller design aiming to ensure DC microgrid stability under CPL power variation
ArticleAbstract: In recent years, dc microgrid (MG) is increasing rapidly in electric power grids and other isolatedPalabras claves:Chebyshev theorem, Constant power load (CPL), DC microgrid (MG), kharitonov stability theorem, microgrid stability, robust control designAutores:David Alejandro Vaca-Benavides, Douglas Antonio Plaza Guingla, Efren Vinicio Herrera Muentes, Kevin E. Lucas, Medeiros R.L.P.d., Melo Rocha E., Sara J. Ríos, Sara Judith Rios Orellana, Walter BarraFuentes:googlescopusParameter Optimization of an Interval Robust Controller of a Buck Converter Subject to Parametric Uncertainties
Conference ObjectAbstract: This paper presents the design and evaluation of an optimized interval controller of a buck convertePalabras claves:Buck converter, Chebyshev theorem, DC-DC CONVERTER, interval robust control, kharitonov stability theorem, Parametric uncertain, Robust controlAutores:David Alejandro Vaca-Benavides, Douglas Antonio Plaza Guingla, Kevin E. Lucas, Medeiros R.L.P.d., Rocha E.M., Walter BarraFuentes:scopusInterval Robust Controller to Minimize Oscillations Effects Caused by Constant Power Load in a DC Multi-Converter Buck-Buck System
ArticleAbstract: Multi-converter electronic systems are becoming widely used in many industrial applications; therefoPalabras claves:Constant power load (CPL), mitigation oscillations in multi-converter buck-buck system, multi-converter buck-buck system, Parametric uncertainties, robust control based on Kharitonov rectangleAutores:David Alejandro Vaca-Benavides, Douglas Antonio Plaza Guingla, Kevin E. Lucas, Medeiros R.L.P.d., Nogueira F.G., Rocha E.M., Walter BarraFuentes:scopusRobust Control of Interconnected Power Electronic Converters to Enhance Performance in DC Distribution Systems: A Case of Study
ArticleAbstract: This article presents the design and evaluation of robust controllers, based on linear programming,Palabras claves:Buck converter, cascaded converter system, Constant power load (CPL), dc distribution system, DC-DC CONVERTER, Robust controlAutores:David Alejandro Vaca-Benavides, Kevin E. Lucas, Medeiros R.L.P.d., Pagano D.J., Rocha E.M., Ronald Garcia-Arcos, Sara J. RíosFuentes:scopusRobust feedback linearization control for DAB converter feeding a CPL
Conference ObjectAbstract: Cascaded converters are used to satisfy the different voltage levels that loads need. Instability prPalabras claves:Cascaded system, Constant power load, DC-DC CONVERTER, Dual active bridge converter, Feedback linearization control, Robust controlAutores:David Alejandro Vaca-Benavides, Douglas Antonio Plaza Guingla, Kevin E. Lucas, Pagano D.J., Sara J. Ríos, Sara Judith Rios OrellanaFuentes:googlescopusStochastic control for DC-DC power converters: A generalized minimum variance control approach
Conference ObjectAbstract: This paper proposes a Generalized Minimum Variance (GMV) controller to regulate the output of the DCPalabras claves:DC-DC CONVERTER, Minimum variance control, Parametric uncertain, Robust control, Stochastic Augmentation, Stochastic ControlAutores:David Alejandro Vaca-Benavides, Douglas Antonio Plaza Guingla, Kevin E. Lucas, Pagano D.J., Sara J. RíosFuentes:googlescopus