Cost-optimal EV charging infrastructure tends to cluster chargers, causing lower state-of-charge and up to 74% higher unmet energy demand than uniformly distributed placements under grid constraints.
Optimized planning of chargers for electric vehicles in dis- tribution grids including pv self-consumption and cooperative vehicle owners,
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A Two-Stage Optimization Framework for Validating Electric Vehicle Charging Infrastructure under Grid Constraints
Cost-optimal EV charging infrastructure tends to cluster chargers, causing lower state-of-charge and up to 74% higher unmet energy demand than uniformly distributed placements under grid constraints.