Conference Tracks/Topics

Conference Tracks/Topics

Track 1:
Renewable Energy Integration

  • Renewable Energy Integration
  • Power Electronics for Renewables
  • Distributed Energy & Microgrids
  • Electric Vehicles & Grid Interaction
  • Emerging Renewable & Grid Technologies
  • Solar PV and wind power grid connection strategies
  • Hybrid renewable systems design and control
  • Techno-economic analysis of renewable penetration

Track 2:
Challenges of Grid Integration for Variable Renewables

  • Forecasting uncertainty for solar or wind variability
  • Frequency and voltage stability issues
  • Inertia reduction in high-renewable grids
  • Ramp rate management and curtailment strategies
  • Transmission congestion from distributed generation
  • High Voltage Engineering & Insulation
  • Modelling, Simulation & Optimization
  • Power system Blackouts

Track 3:
Energy Storage and Flexibility

  • Energy Storage Systems
  • Demand Response & Energy Efficiency
  • Battery energy storage systems (BESS) for grid services
  • Hydrogen storage and power-to-gas technologies
  • Pumped hydro and alternative storage solutions
  • Multi-energy storage coordination and optimization

Track 4:
Grid Management and Operations

  • Smart Grid Technologies
  • Grid Management & Operation
  • Control Systems for Power Networks
  • AI & Machine Learning in Energy
  • Microgrid protection relays and coordination
  • Fault detection and protection schemes
  • Policy, Regulation & Market Mechanisms
  • Smart grid technologies and digital substations
  • Wide-area monitoring, protection, and control (WAMPAC)
  • Market mechanisms for renewable integration
  • Distribution system operator (DSO) challenges

Track 5:
Grid Resilience and Security

  • Power System Resilience & Reliability
  • Cybersecurity in Power Systems
  • Environmental Impact & Carbon Reduction
  • Cybersecurity for smart grids and IoT devices
  • Extreme weather resilience and climate adaptation
  • Microgrid islanding and black start protection
  • Physical security of critical grid infrastructure
  • Resilience metrics and recovery optimization
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