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This paper aims at presenting a robust and reliable synchronization method   for battery storage systems during asymmetrical grid faults. For this   purpose, a Matlab/Simulink based model for testing of the power electronic   interface between the grid and the battery storage systems has been   developed. The synchronization method proposed in the paper is based on the   proportional integral resonant controller with the delay signal cancellation.   The validity of the synchronization method has been verified using the   advanced laboratory station for the control of grid connected distributed   energy sources. The proposed synchronization method has eliminated   unfavourable components from the estimated grid angular frequency, leading to   the more accurate and reliable tracking of the grid voltage vector positive   sequence during both the normal operation and the operation during   asymmetrical grid faults. [Project of the Serbian Ministry of Education,   Science and Technological Development, Grant no. III 042004: Integrated and   Interdisciplinary Research entitled: Smart Electricity Distribution Grids   Based on Distribution Management System and Distributed Generation

Synchronization method for grid integrated battery storage systems during asymmetrical grid faults