Scopes
(Including but not limited to the following topics)
Track 1: Power Engineering
Power system modeling and simulation
Power system stability and control
Transmission and distribution systems and equipment
Motor design and operation optimization
Electric drives and applications
Intelligent control systems
Inverter and converter technologies
Power system protection and relay schemes
Power electronics and power converters
Power system fault diagnosis and fault-tolerant control
Power system reliability and risk assessment
Power system automation and monitoring technologies
Power system operation and dispatch optimization
Power system electromagnetic compatibility and safety
Power system big data and artificial intelligence applications
Power system power quality analysis and improvement
Power system energy storage and peak shaving technologies
Power system green and low-carbon operation strategies
Track 2: Clean Energy
Solar photovoltaic systems and equipment
Photovoltaic system and grid connection technologies
Energy storage technologies, equipment and materials
Clean energy technologies
Hydrogen and fuel cells
Energy security and clean utilization
Energy conservation and emission reduction
Green energy technologies
Biomass energy engineering
Solar engineering
Wind energy engineering Renewable energy
Solar photovoltaic power generation system
New energy conversion and control technology
Track 3: Grid optimization
Synergy optimization scheduling and multi-time-scale coordination of power sources, grids, loads and storage
Power generation prediction and scheduling decision-making based on artificial intelligence
Voltage and reactive power optimization of distribution networks, three-phase imbalance management
Energy management of microgrids
Aggregation regulation and market participation strategies of virtual power plants (VPP)
Orderly charging of electric vehicles (EV), V2G (Vehicle-to-Grid) and charging and discharging optimization
Demand response (DR), flexible resources on the user side participating in peak shaving and frequency regulation
Digital twin power grid, online simulation and scheduling assistance decision-making ......
Track 1: Power Engineering
Power system modeling and simulation
Power system stability and control
Transmission and distribution systems and equipment
Motor design and operation optimization
Electric drives and applications
Intelligent control systems
Inverter and converter technologies
Power system protection and relay schemes
Power electronics and power converters
Power system fault diagnosis and fault-tolerant control
Power system reliability and risk assessment
Power system automation and monitoring technologies
Power system operation and dispatch optimization
Power system electromagnetic compatibility and safety
Power system big data and artificial intelligence applications
Power system power quality analysis and improvement
Power system energy storage and peak shaving technologies
Power system green and low-carbon operation strategies
Track 2: Clean Energy
Solar photovoltaic systems and equipment
Photovoltaic system and grid connection technologies
Energy storage technologies, equipment and materials
Clean energy technologies
Hydrogen and fuel cells
Energy security and clean utilization
Energy conservation and emission reduction
Green energy technologies
Biomass energy engineering
Solar engineering
Wind energy engineering Renewable energy
Solar photovoltaic power generation system
New energy conversion and control technology
Track 3: Grid optimization
Synergy optimization scheduling and multi-time-scale coordination of power sources, grids, loads and storage
Power generation prediction and scheduling decision-making based on artificial intelligence
Voltage and reactive power optimization of distribution networks, three-phase imbalance management
Energy management of microgrids
Aggregation regulation and market participation strategies of virtual power plants (VPP)
Orderly charging of electric vehicles (EV), V2G (Vehicle-to-Grid) and charging and discharging optimization
Demand response (DR), flexible resources on the user side participating in peak shaving and frequency regulation
Digital twin power grid, online simulation and scheduling assistance decision-making ......
Important Dates | 重要日期
- Submission Deadline: 2026.6.28
- Registration Deadline: 2026.7.5
- Conference Date: 2026.7.13
- Notification Date: About a week after the submission
Submission Portal | 投稿方式
Mail Address: icomputer_info@163.com
If you have any question or need any assistance regarding the conference, please feel free to contact our conference specialists:
徐老师
15680829715
1347638002
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