東方電子股份有限公司 徐海柱，劉輝，李培霞，王煒，李遠

摘要：針對現有電網調度員培訓仿真系統難以精準模擬現代復雜電網中分布式、并發及自主交互動態行為這一難題，本文開展了基于多智能體技術的地區電網調度員培訓仿真系統設計研究。該研究通過構建分布式服務器集群、高速通信網絡及多類型工作站等硬件設計，以及基于智能體的穩態與動態全過程仿真、調度員預測-修正-控制決策仿真等軟件設計，實現了對電網“源-網-荷-儲”多元實體自主行為與整體涌現動態的高保真模擬。多工況仿真實驗對比結果表明，該系統在模擬事故支援、頻率與電壓動態響應等方面，顯著優于現有方法，能有效提升培訓的真實性與調度員決策能力。

關鍵詞：多智能體技術；調度員；仿真系統；培訓；地區電網

Abstract: In response to the difficulty of accurately simulating the dynamic behavior of distributed, concurrent, and autonomous interactions in modern complex power grids in existing power grid dispatcher training simulation systems, research is conducted on the design of a regional power grid dispatcher training simulation system based on multi-agent technology. By constructing hardware designs such as distributed server clusters, high- speed communication networks, and multiple types of workstations, as well as software designs based on intelligent agents for steady-state and dynamic full process simulation, dispatcher prediction correction control decision simulation, etc., high fidelity simulation of the autonomous behavior and overall emergence dynamics of the "source network load storage" multiple entities in the power grid can be achieved. Through multi condition simulation experiments, it has been proven that the system is significantly superior to existing methods in simulating accident support, frequency and voltage dynamic response, and can effectively improve the authenticity of training and the decision-making ability of dispatchers.

Key words: Multi-agent technology; Dispatcher; Simulation system; Train; Regional power grid

在線預覽：基于多智能體技術的地區電網調度員培訓仿真系統設計.pdf

摘自《自動化博覽》2026年第一期暨《2026具身智能專刊》