Conferences

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/