An analytical model of grid-forming inverter effects on incremental-quantity distance protection is validated in simulation and used to derive a new trip criterion that supports general, easy-to-tune settings.
Source-agnostic single-ended protection and fault location for double-circuit lines con- nected to power electronics-based sources
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Analysis and Enhancement of Incremental-Quantity-Based Distance Protection With Grid-Forming Inverters
An analytical model of grid-forming inverter effects on incremental-quantity distance protection is validated in simulation and used to derive a new trip criterion that supports general, easy-to-tune settings.