Nonlinear Control for DC MicroGrids enabling Efficient Renewable Power Integration and Ancillary Services for AC grids

Alessio Iovine (1) , Miguel Jimenez-Carrizosa Jimenez Carrizosa (2) , Gilney Damm (3) , Pedro Alou (4)

1 Efficacity - Institut de Recherche & Développement [Marne-la-Vallée]
2 Centro de Electronica Industrial
3 IBISC - Informatique, BioInformatique, Systèmes Complexes
4 UPM CEI Campus Moncloa

A nonlinear control able to perform voltage and power stability in Direct Current (DC) MicroGrids for an efficient renewable energy integration that is capable of providing frequency support to an Alternate Current (AC) grid is introduced in this work. A generic DC MicroGrid modeling is developed, and the introduced controllers are shown to ensure grid stability, both by a theoretical analysis with a formal proof of stability using Lyapunov techniques, than by simulations performed in MATLAB. A comparison with classical Proportional Integral (PI) control techniques is described to show the performance improvements.

Mots clés: DC MicroGrids; Distributed systems; Input-to-State Stability; Lyapunov control; Voltage control; Nonlinear control; distributed systems; Plug%Play

Domaines: Automatique / Robotique

Alessio Iovine, Miguel Jimenez-Carrizosa Jimenez Carrizosa, Gilney Damm, Pedro Alou. Nonlinear Control for DC MicroGrids enabling Efficient Renewable Power Integration and Ancillary Services for AC grids. IEEE Transactions on Power Systems, 2019, 34 (6), pp.5136--5146. ⟨10.1109/TPWRS.2018.2871369⟩. ⟨hal-02090548⟩