AI techniques have become popular for solving different problems in power systems like control, planning, scheduling, forecast, etc. These techniques can deal with difficult tasks faced by applications in modern large power systems with even more interconnections installed to meet increasing load demand. Artificial intelligence has provided a great potential and space for optimization in the field of power engineering. This can not only bring about a significant improvement not only with regards to the economic aspects but also in the safety and the actual control of the operation.
In order to provide a forum for accessing to the most up-to-date and authoritative knowledge from both industrial and academic worlds, sharing best practice in the field of artificial intelligence and power engineering, we're glad to organize the 2026 4th International Conference on Artificial Intelligence and Power Engineering (AIPE 2026). It will be held at Nanjing, China during October 30 - November 1, 2026. AIPE2026 is sponsored by Southeast University, China. The aim and objective of AIPE is to present the latest research and results of scientists related to artificial intelligence and power engineering topics. The meeting will provide an opportunity to highlight recent developments and to identify emerging and future areas of growth in this exciting field.
人工智能技术在解决电力系统控制、规划、调度、预测等各类问题中日益普及，能够有效应对现代大规模电力系统在互联程度不断提升、负荷需求持续增长背景下所面临的复杂挑战。第四届人工智能与电力工程国际会议（AIPE 2026）将于2026年10月30日至11月1日在南京举办。本届会议由东南大学主办。本次会议旨在为学术界与工业界提供交流前沿成果、分享最佳实践的平台，聚焦人工智能与电力工程的深度融合，展示该领域在系统控制、运行优化及安全提升等方面的最新研究，共同探讨未来发展趋势与技术突破。
AIPE submissions will be peer reviewed, and all the accepted papers will be published in Conference Proceedings, which will be submitted for indexing by Scopus, Ei Compendex and other major databases.
1. Submitted manuscripts should be written in English and in accordance with the conference required format.
2. Paper sbumissions should have no less than 4 pages, no more than 10 pages. Paper should contain unpublished contributions in related fields.
3. Abstract submissions should have no more than 300 words.
4. All submitted articles should report original, previously unpublished research results, experimental or theoretical.
Please log in the
EasyChair Submission System; ( .pdf only)
to submit your full paper and abstract.
欢迎点击投稿链接进行系统投稿(全文或者摘要)，只有全文投稿才有出版资格。
(投稿截止: 2026年6月10日)
(录用通知: 2026年7月10日)
(注册截止: 2026年7月30日)
We invite authors to submit papers on topics of artificial intelligence and power engineering, including but not limited to:
Core Methods & Technologies:
1. Machine Learning & Deep Learning
2. Natural Language Processing & Large Language Models
3. Computer Vision & Multimodal AI
4. Generative AI & Foundation Models
5. Reinforcement Learning & Decision Intelligence
6. Neuromorphic Computing & AI Hardware
7. Intelligent Speech Processing & Dialogue Systems
8. Recommender Systems & Information Retrieval
Frontier Applications & Interdisciplinary Areas:
9. AI-Powered Robotics & Autonomous Systems
10. AI for Science & Engineering
11. AIoT (AI for Internet of Things) & Cyber-Physical Systems
12. AI Applications in Power and Energy Systems (e.g., smart grid analytics, load forecasting, equipment maintenance)
13. AI Applications in Healthcare, Climate, and Smart Cities
14. AI Ethics, Fairness, Trustworthy Governance & Alignment
Core & Traditional Technologies:
1. Power System Analysis, Stability, Control & Protection
2. High Voltage Engineering, HVDC/FACTS & Insulation Technologies
3. Power Electronics, Motor Drives & Power Quality
4. Transmission & Distribution Engineering and Substation Design
5. Power System Relaying & Automation
6. Industrial & Commercial Power Systems
Renewable Energy & Modern Systems:
7. Renewable Energy Integration (PV, Wind, Hydrogen) & Grid Interconnection
8. Energy Storage Technologies & Grid-Scale Applications
9. Smart Grids, Microgrids & Active Distribution Networks
10. Energy Transition Pathways & Electrification
11. Sustainable Power Generation & Carbon Capture Technologies
Operations, Markets & Digitalization:
12. Power System Economics, Electricity Markets & Regulation
13. Power System Planning, Operation & Reliability
14. Grid Digitalization, Communications, Measurement & Digital Twins
15. Cybersecurity & Cyber-Physical Resilience of Power Networks
16. Applications of AI & Big Data in Power Systems