HIGHLIGHTS
- What: By employing dynamic scheduling strategies to enhance responsiveness the paper aims to mitigate the impact of charging fluctuations on the microgrid. The two-layer optimization model focuses on system economy and stability at the higher level, while optimizing scheduling strategies at the lower level.
- Who: Tiange Xiang from the Department of Electrical Engineering, Minjiang University, Fuzhou, Fujian, China have published the article: Two‐Layer Optimization Scheduling of Electric Vehicle Charging and Energy Storage Systems in Microgrids, in the Journal: (JOURNAL)
- Future: And Energy Storage Management Intelligent Scheduling Technologies Future work should incorporate . . .
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