第七届电力工程与自动化国际研讨会(PEAM 2024)将于2024年4月19-21日在中国厦门举行。本次大会旨在为业内专家学者分享技术进步和业务经验，聚焦电力工程与自动化领域的前沿研究，提供一个交流的平台。

该会议征文涉及领域包括（但不限于）：

Advanced Power Generation Technologies

Bio-energy Technologies, Process and Utilization
Combined cycle power plants
Combined heat and power
Electric and Hybrid Vehicles
Electrical Machines & Drives
Electricity networks and electricity-generating technologies
Energy Conversion
Fuel Cell Technology
Gas turbine–based power generation
Geothermal and Tidal Wave Energy
Grid-connected photovoltaic system
Hybrid energy systems
Hydropower and intermittent renewable generation
Marine power generation technologies
Ocean thermal energy conversion
Photovoltaic for Solar Power Applications
Photovoltaic hybrid system
Plasma Technology
Power system energy storage technologies
Renewable energy and distributed generation
Safe Nuclear Energy Generation and Utilization
Thermal Power Technologies and Applications
Tidal power plant design
Traditional coal-fired power generation technology
Waste Products as Fuel
Wind Power Generation and Utilization

Electronic Power Transmission and Distribution 

Advanced Distribution and SCADA Technologies
Asynchronous generation and interconnect
DC transmission and distribution
Electromagnetic Compatibility in Power Systems
Electromagnetic Transient in High Voltage Power Systems
Electronic power transformers and switchgear
Flexible electronic transmission
Grid codes, polices and standards
Grid protection, fault management and isolation
Grid reliability, resiliency and security
Harmonics and power quality
High Voltage Engineering & Technology
HVDC and Flexible AC Transmission System (FACTS)
Insulation Condition Monitoring in Power Systems
Over-voltage, Lightning Protection and Grounding
Plasma Physics and the Pulsed Power Technology
Power system stability, control, and frequency regulation
Structured microgrids and standalone power systems
Ultra High Voltage (UHV) Technologies

Smart Grids and Intelligent Energy Systems

Agent-based Simulation of Grid Environments and Markets
Application of Wide Area Measurement System (WAMS)
Automated Negotiation for Grid Resource Allocation
Control Strategies for Modern Power System Stability
Economic Models of Energy Efficiency
Energy conservation
Energy Monitoring
Engineering of Grid Markets and Grid Architectures
Integrated Substation Automation Technologies
Integration of (distributed) stochastic energy generation
Load Modeling, Estimation and Forecast
Modeling and Simulation of Large Power Systems
Modeling of complex energy systems
Modeling of Grid Environments
Online Monitoring and Fault Diagnosis System
Optimization Techniques for Efficient Energy Consumption
Power System Analysis and Optimization
Power System Monitoring and Mitigation Technologies
Power System Planning and Operation
Resource Allocation in Grid Scenarios Using Agent-based Approaches