Alapfogalmak
The author proposes a two-stage restoration scheme utilizing mobile resources to enhance power distribution network resilience in interdependent networks.
Kivonat
This paper introduces a novel approach to restoring power distribution networks by prioritizing communication and transportation facility loads using mobile emergency resources. The proposed scheme aims to improve PDN resilience through efficient resource scheduling and coordination among interdependent networks. By considering the interdependencies of power, transportation, and information networks, the study highlights the importance of integrated restoration strategies for enhanced system reliability.
Statisztikák
Various types of MESRs have been explored for PDN resilience improvement.
Lei and Kim demonstrated the advantage of MESSs in improving the resilience of PDNs.
The results show that the prioritized load recovery operation greatly improves the PDN restoration effect.
The proposed scheme utilizes three emergency resources: EVs, MESSs, and UAVs.
Case studies on an integrated test system verify the effectiveness of the proposed scheme.
Idézetek
"The interactions between power, transportation, and information networks are becoming more profound with smart city technologies."
"Existing mobile energy storage resource-based power distribution network restoration schemes often neglect interdependencies among PTIN."
"The proposed two-stage PDN restoration scheme prioritizes UTN and CN loads to reduce traffic congestion."