Distinguished experts, scholars and industrial colleagues:

The global energy system is undergoing profound transformation, and the construction of new power systems is accelerating. The integration of electrical engineering with artificial intelligence, digital twin, new energy storage and advanced communication technologies has become an irresistible trend. Challenges including system stability from high-proportion new energy grid connection, intelligent and green upgrading of high-end electrical equipment, as well as value realization and secure circulation of power data require joint efforts from academia and industry.

Centering on the theme Independence, Integration and Trustworthiness — Shaping the Future of Next-Generation Intelligent Systems, this conference builds a high-end communication platform across disciplines and industrial chains for in-depth exchanges on cutting-edge technologies, industrial practices, cross-border ecology and international cooperation.

We sincerely invite academic peers to share latest research achievements, forward-looking insights and research difficulties for interdisciplinary communication and cooperation, and encourage young scholars to participate in special reports and poster presentations. We also welcome industrial partners to bring technical demands, product solutions and industrial insights to connect with innovative resources of universities and research institutions, and promote the industrialization of scientific and technological achievements.

Innovation always emerges at the intersection of academia and industry, diverse disciplines and domestic and international fields. In pleasant May 2027, we sincerely welcome you to gather in Chengdu from May 13 to 16, 2027 to discuss the high-quality development of power industry.

Topics

The topics are included, but not limited to:

Track 1: Cutting-edge Technologies and Interdisciplinary Integration

• AI-enabled intelligent operation & maintenance and fault diagnosis of electrical systems
• Discuss the application of large AI models and few-shot learning in condition assessment and predictive maintenance of transformers, switchgears and other power equipment.
  Distributed energy control integrating power electronics and edge computing Focus on collaborative control strategies for inverters and power conversion systems for energy storage based on edge intelligence.
• Exploration of quantum computing in power flow optimization and dispatching of power systems
  Aiming at computing power bottlenecks of future high-proportion new energy power grids, analyze preliminary verification of quantum algorithms and simulator applications.

Track 2: New Power System and Energy Transition

• New technologies for inertia support and frequency response under new power systems
  Analyze the support mechanism and engineering practice of grid-forming converters, virtual synchronous machines and other devices.
• Intelligent microgrid and cluster control with source-grid-load-storage coordination
  Discuss business models for interconnected multi-microgrids and their interaction with main power grids in industrial parks, islands and other scenarios.
• Design and operation of power market mechanisms from electricity-carbon synergy perspective
  Study coupling paths and trading platform design for green power trading, carbon trading and electricity energy markets.

Track 3: High-end Electrical Equipment and Intelligent Manufacturing

• Superconducting and HVDC transmission equipment for deep-sea offshore wind power
  Analyze the technical maturity of novel equipment such as superconducting fault current limiters, DC circuit breakers and low-frequency AC transmission facilities.
• Digital twin factories and flexible production lines for electrical equipment
  Share practical cases of AI quality inspection and digital twin application in discrete manufacturing of transformers, motors and other equipment.

Track 4: Digital Transformation and Industrial Ecosystem

• Right confirmation, circulation and privacy computing of data elements in power industry
  Explore secure grid data sharing with third-party service providers to support virtual power plants and load aggregation.
• Open-source ecosystem and independent controllability path of power software and hardware
  Build power-oriented open-source communities and standardized interfaces centering on operating systems, real-time simulation software and industrial control chips.
• Low-latency application of 5G-RedCap/6G in power distribution and consumption IoT
  Evaluate the support capability and cost of new communication technologies for differential protection and massive terminal access.

Track 5: Green Low-carbon Development and Industry-Education Integration

• Full-life-cycle carbon footprint accounting and green supply chain management of electrical products
  Share data traceability code systems and carbon reduction practices covering raw material procurement, manufacturing, operation and waste recycling stages.
• Safety early warning, fire protection and echelon utilization standards for retired batteries of energy storage power stations
  Discuss multi-level early warning models and testing standards targeting thermal runaway risks of lithium-ion batteries, sodium-ion batteries and other energy storage cells.

Important Dates

Full Paper Submission Deadline

10 November 2026

Notification of Acceptance

10 December 2026

Registration Deadline

10 January 2027

Publication

1) All the registered and presented papers will be included in the volume of Conference Proceedings (online publishing), the publisher will submit articles to Engineering Village, Scopus, Web of Science and other databases for review and indexing after publication.

2) Selected papers with great extension will be recommended to publish in international journal.

Submission Method

Electronic Submission System

Link: https://cmt3.research.microsoft.com/CIDtwoIE2027

Program Overview

This is a tentative program for reference only, program is subject to final confirmation.