Data & Artificial Intelligence

Data is the key to a successful energy transition. It enables transparency in grid operations, optimization of plants and markets, and the development of new services and business models. However, data in energy systems is often distributed, heterogeneous, and sensitive. We develop data models and technologies to make this potential usable and secure.

Key Focus Areas

  • Development and application of standardized data models for energy systems
  • Creation of digital twins for grids, plants, and processes
  • Use of AI methods for forecasting, pattern recognition, and decision support
  • Development of AI testing methods for integrating AI applications into critical infrastructures
  • Visualization of large datasets for planners, operators, and decision-makers as part of municipal heat planning

Your Benefits

  • Efficient data integration across company and system boundaries
  • Improved decision-making bases for grid operations and market processes
  • Accelerated innovation cycles through usable and trustworthy data

Project Examples

 

JupiterAI

European AI factory with exascale power for industry and science

 

AI-Effect

Development of methods for reliable integration of artificial intelligence in critical energy systems, focusing on testability and security

 

TwinEU

Establishment of a European "digital twin" for power systems to support cross-border, data-driven planning, simulation, and operation

 

int:net

Building an interoperability ecosystem with digital twins and data spaces between different information technologies for energy supply

 

Municipal Heat Planning

Simulation tools and methods for digital inventory of buildings and infrastructures and energy system planning