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Distribution systems will require new cost-effective solutions to providenetwork capacity and increased flexibility to accommodate Low CarbonTechnologies. To address this need, we propose the Hybrid Multi-Terminal SoftOpen Point (Hybrid MT-SOP) to efficiently provide distribution systeminterconnection capacity. Each leg of the Hybrid MT-SOP has an AC/DC converterconnected in series with a bank of AC switches (Feeder Selector Switches) toallow the converter to connect to any of the feeders at a node. Asymmetricconverter sizing is shown to increase feasible power transfers by up to 50% inthe three-terminal case, whilst a conic mixed-integer program is formulated tooptimally select the device configuration and power transfers. A case studyshows the Hybrid MT-SOP increasing utilization of the converters by more thanone third, with a 13% increase in system loss reduction as compared to anequally-sized MT-SOP.

Design and Operation of Hybrid Multi-Terminal Soft Open Points using Feeder Selector Switches for Flexible Distribution System Interconnection