1. ENERGY MANAGEMENT FOR INTERLINKED ACDC MICRO-GRIDS

The existing power management schemes for inter -linked AC -DC microgrids have several operational drawbacks. Some of the existing control schemes are designed with the main goal of sharing electricity many of the interlinked microgrids based on their loading situations, at the same time as other schemes adjust The voltage of the interlinked microgrids with out thinking about the unique loading situations. However, the existing schemes cannot achieve both objectives efficiently. To address these issues, an autonomous power management scheme is proposed, which explicitly considers the specific loading condition of the DC micro - grid before importing power from the interlinked AC microgrid. This approach allows voltage law in the dc microgrid, and also reduces the range of converters in operation. The proposed scheme is completely self sustaining while it keeps the plug-n- play features for mills and tie -converters. The performance of the proposed control scheme has been tested below special working scenarios. The effects exhibit the effectiveness of the proposed scheme in handling the electricity deficit within the dc microgrid efficaciously and autonomously at the same time as maintaining the better voltage law in the dc microgrid.