Power Systems
考虑时空源荷相关性和储能寿命衰减的城市配电网高光伏-储能渗透率分层协同规划
Hierarchical coordinated planning of urban distribution networks with high PV-ES penetration considering spatiotemporal source-load correlation and energy storage lifetime degradatA planning methodology for urban distribution networks that integrates high levels of Photovoltaic (PV) and Energy Storage (ES) systems, utilizing hierarchical coordination to address spatiotemporal correlations between sources and loads while accounting for the degradation of energy storage lifetimes. / 一种城市配电网规划方法，该方法集成了高比例的光伏（PV）和储能（ES）系统，利用分层协调来应对源荷之间的时空相关性，同时考虑储能寿命的衰减。
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- 实际应用
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- Turkey Farm member
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- 农场主
- Last updated
- 2026-10-25 23:01:11
Sub-knowledge points
Hierarchical coordinated planningUrban distribution network planningHigh PV-ES penetrationSpatiotemporal source-load correlationEnergy storage lifetime degradation
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Main parameters and performance indicators
PV-ES penetration: High penetration levels of Photovoltaic and Energy Storage systemsSpatiotemporal source-load correlation: The relationship between generation and consumption over time and spaceEnergy storage lifetime degradation: The reduction in capacity or performance of energy storage systems over time
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ranked by community starsHierarchical coordinated planning of urban distribution networks with high PV-ES penetration considering spatiotemporal source-load correlation and energy storage lifetime degradationOpen source
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1 recordsRecord title: Hierarchical coordinated planning of urban distribution networks with high PV-ES penetration considering spatiotemporal source-load correlation and energy storage lifetime degradat.
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