2027 IEEE Power & Energy Society General Meeting

July 25-29, 2027, USA

Scope & Topics

2027 IEEE Power & Energy Society General Meeting brings together practicing power engineers, academics, researchers, industry professionals, utilities, and other experts from around the world to promote, share, and discuss developments and challenges in electrical power engineering.

The conference focuses on electric power and energy systems, grid modernization, power system security, situational awareness, system monitoring, energy transition, energy storage, demand and generation flexibility, and emerging challenges associated with the changing electric power system.

The 2027 General Meeting will provide an international forum for experts to present research, exchange technical knowledge, discuss real-world power system challenges, and explore new technologies and approaches for the modernization of electric power and energy systems.

Topics of Interest include, but are not limited to:

• Electric Power Systems
• Power System Engineering
• Grid Modernization
• Power System Security
• Large Dynamic Loads
• Ultra Large-Scale Data Centers
• Ports Electrification
• Intermittent Loads
• Inverter-Based Resources
• Power Quality
• Energy Management
• AC/DC Distribution
• Ultra High-Voltage Transmission
• Situational Awareness
• Power System Monitoring
• AI-Human Coordination
• Data Fusion and Automation
• Reliability Monitoring
• Predictive Maintenance
• Outage and Blackout Prevention
• Big Data and Power Systems
• Power System Modeling
• Advanced Waveform Monitoring
• Phasor Measurement Units (PMUs)
• Energy Transition
• Energy Security
• Supply Chain and Generation Mix
• Customer Affordability
• Energy Equity
• Energy Poverty
• Climate Change and Power Systems
• Emission Reduction
• Energy Storage
• Demand Flexibility
• Generation Flexibility
• Virtual Power Plants
• Transmission System Operators (TSOs)
• Distribution System Operators (DSOs)
• Short-Term Energy Storage
• Long-Term Energy Storage
• Power System Standards
• Renewable Energy Integration
• Electrical Grid Resilience
• Smart Grid Technologies
• Power System Reliability
• Artificial Intelligence in Power Systems
• Advanced Power System Technologies

Important Dates