Distribution System Planning in Power Market Environment

This document discusses the coordinated planning of source, grid, load, and storage in distribution systems under a power market environment. It highlights the challenges posed by dynamic power flow balance, multi-agent coordination, and market-physical coupling. The background covers China's new power system development, including policy support for clean energy, smart grid upgrades, and electricity market reforms. Key difficulties include insufficient analysis of dynamic power flow, imperfect coordination mechanisms, and high-dimensional heterogeneous data fusion. The document proposes a planning framework that considers market rules, user behavior, and extreme scenarios. It emphasizes the need for integrated decision-making among generators, grid operators, and consumers to optimize system reliability and economic efficiency. The study aims to provide insights for advancing distribution system planning in a market-driven context.