Conferences

SGSE 2025 is co-sponsored by Southwest Jiaotong University, Lanzhou Jiaotong University and Hexi University.

SGSE is a gathering of experts, scholars, and practitioners from various fields who are committed to exploring the latest advancements in smart grid technology and sustainable energy solutions. This conference provides a platform for sharing knowledge, discussing challenges, and fostering collaborations that aim to enhance the efficiency, reliability, and sustainability of the global energy system.

SGSE serves as a crucial forum for advancing knowledge and technology in the field of smart grids and sustainable energy. It brings together a diverse group of stakeholders, including academics, researchers, policymakers, and industry professionals, to work towards a more efficient, reliable, and sustainable global energy system.

https://www.sgse.net/

Welcome to the 2025 5th International Symposium on Electrical, Electronics and Information Engineering (ISEEIE 2025), which will be held in Taizhou, China, from 21 to 23 November 2025.

The symposium, organized by Beijing University of Posts and Telecommunications, serves as an important platform for fostering collaboration and igniting innovation among electrical, electronics, and information engineers, as well as artificial intelligence and data scientists. With a vision to bring together experts and enthusiasts from diverse backgrounds, this symposium aims to transcend disciplinary boundaries and pave the way for ground-breaking advancements in the interconnected fields of electrical engineering, electronics, and information technology.

Topics of interest

• Automation and Control Engineering;
• Artificial Intelligence;
• Circuits and Systems;
• Bioinformatics;
• Computer Networks and Security;
• Computational Optics;
• Computer-Aided Design and Manufacturing;
• Computer and Information Science;
• Electrotechnologies;
• Computer Graphics and Image Processing;
• Electrical Machines and Drive Systems;
• Computer Science and Engineering;
• High-Performance Motor Systems;
• Computer Simulation and Modeling;
• High-Voltage and Insulation Technologies;
• Geographical Information Systems (GIS);
• Metamaterials, Plasmonics, Metasurfaces, and Metalenses;
• Grid Computing;
• Microwave Technologies;
• Image Processing and Acquisition.

https://www.iseeie.org/cfp

The topics of the CEECT 2025 conference include, but are not limited to, the following:

Electrical Engineering

AI applications in power systems;
Clean energy market;
Energy transformation from new energy systems to power grids;
New energy strategies, technologies, trends, and industrial applications;
Power electronics, systems, telecommunication, and applications;
Power generation, transmission, and distribution;
Power internationalization and international marketing;
Power IOT;
Power market economy;
Power market-oriented transaction;
Reliability, maintenance, safety, and guarantee of new energy;
Smart grid technologies and applications;
Regional integrated smart energy;
Energy internet;
Low-carbon and zero-carbon energy technology;
Intelligent power generation and smart power plants;
Electric machine vision technology.

Control Technologies

• Adaptive control;
• Applications of PLC technologies;
• Automated guided vehicles;
• Control applications;
• Control education;
• Control of distributed generation systems;
• Control of smart power delivery systems;
• Database and information systems;
• Electrical control technology;
• Energy efficiency;
• Factory modeling and automation;
• Fuzzy and neural systems;
• Fuzzy control technology;
• Intelligent- and AI-based control;
• Intelligent control technologies;
• Learning systems;
• Man–machine interactions;
• Modeling and control of complex systems;
• Motion control;
• Multi-agent systems;
• Networked control;
• Neural network technology;
• Nonlinear systems and control;
• Optimal control;
• Process automation;
• Process control and instrumentation;
• Reliability, adequacy, and security of systems;
• Robotics;
• Robust control;
• Sensors and testing technology;
• Smart buildings;
• Smart structures;
• System simulation and optimization.

Contact Information:

Ms. Minnie Yang
+86-17723329879 (Mainland China)
ceect@apise.org

https://www.ceect.org/

Scope:

* Smart Grid

• The Stability Analysis of Grids Dominated by Power Electronics;
• The Wide-Area Measurement, Communication and Control of Smart Grids;
• The Modeling, Optimization and Control of Smart Grids;
• Active Distribution Networks and Microgrids;
• Smart Sensors and Advanced Metering Infrastructure;
• The Integration of AI in Smart Grid Systems.

* Integrated Energy System

• Renewable Energy Generation and Integration;
• Transportation Electrification;
• The Operation Optimization of Integrated Energy Systems;
• Virtual Power Plants (VPPs) and Aggregated DER Management;
• Energy Storage Systems and Applications;
• The Future Trend and Demonstration Projects of Integrate Energy System.

* Energy Conversion and Applications

• The Modeling, Design and Control of Power Electronics Converters;
• Energy Efficiency for Commercial, Industrial and Transportation Sectors;
• Electric Vehicles (EVs) and Charging Infrastructure;
• Energy Conversion for Information Technology and Communication Systems;
• Industrial Motor Drives;
• Emerging Power Electronics Technologies.

* Electricity Markets and Carbon Markets

• Market Mechanisms and Challenges;
• Market-Oriented Transactions and Competitive Strategies;
• Demand Response and Ancillary Services in Market Operations;
• The Impact of Decentralized Energy Resources on Market Dynamics;
• Carbon Capture, Utilization and Storage;
• Blockchain Technology for Energy Trading and Management.

* Reliability, Security and Resilience

• Advanced Protection Devices and Relaying Techniques;
• High-Voltage Insulation Materials and Protection Technologies;
• The Monitoring and State Estimation of Power System;
• Power System Resilience under Natural Disasters;
• Urban Power System Reliability and Resilience;
• Cyber–Physical Security (CPS) for Power and Energy Systems.

* Advanced Topics in Power and Energy Systems

• AI and IoT Application in Power and Energy Systems;
• Big Data Analytics and Cloud Computing Application;
• Applications of IoT in Smart Homes and Industries;
• Digital Twins for Power System Modeling and Simulations;
• Environmental, Social, and Governance Aspects of Power and Energy Systems;
• The Future Trend of Electrical Engineering Education.

Contact Information
Ms. Amber Cao
Tel: +852-30506862(English)
+86 18200296850(Chinese)
E-mail: acpee@vip.163.com
Website

https://www.acpee.net/