Workshop on Artificial Intelligence in Power and Energy Systems


Societies are highly dependent on electricity use to ensure safe, reliable, and comfortable living. The increase of electricity demand is expected to continue in the future and it is considered a crucial requirement for economic development. Concerns about the impact of electricity use in the environment and about the eventual fuel based primary source shortage are presently taken as very serious at scientific, economic and politic levels. These concerns have led to intensive research and to new energy policies envisaging the increased use of renewable energy sources for electricity production and increased energy use efficiency.

In such a dynamic, complex, and competitive environment as the power and energy sector, the use of artificial intelligence is of crucial importance to enable taking full advantage from the opportunities in the field in order to overcome the challenges that are constantly arising.

This Workshop aims at bringing together different experiences in the application of artificial intelligence to power and energy problems. This Workshop builds on the tradition from previous edition of AIPES and related workshops, special sessions and thematic tracks in several relevant international conferences and congresses; targeting the contribution of the main international experts in the field, both from academia and industry.

Submission Topics include:

  • Agent-based Smart Grid Simulation
  • Big Data Applications for Energy Systems
  • Coalitions and Aggregations of Smart Grid and Market Players
  • Consumer Profiling
  • Context Aware Systems
  • Data-Mining Approaches in Smart Grids
  • Decision Support Approaches for Smart Grids
  • Demand Response Aggregation
  • Demand Response Integration in the Market
  • Demand Response Remuneration Methods
  • Electric vehicles
  • Electricity Market Modelling and Simulation
  • Electricity Market Negotiation Strategies
  • Energy Resource Management in Buildings
  • Information technology applications
  • Innovative Demand Response Models and Programs
  • Innovative Energy Tariffs
  • Integration of Electric Vehicles in the Power System
  • Intelligent Approaches for Microgrid Management
  • Intelligent Home Management Systems
  • Intelligent methods for Demand Management
  • Intelligent Resources Scheduling
  • Intelligent Supervisory Control Systems
  • Knowledge-based approaches for Power and Energy Systems
  • Load Forecast
  • Market Models for Variable Renewable Energy
  • Multi-Agent Applications for Smart Grids
  • Multi-Agent Systems in Power and Energy Systems
  • Other Artificial Intelligence-based Methods for Power and Energy Systems
  • Phasor Measurement Units Applications
  • Real-time simulation
  • Reliability, Protection and Network Security Methods
  • Renewable Energy Forecast using Computational Intelligence
  • Semantic communication and data
  • Smart Sensors and Advanced Metering Infrastructure