Digital Twin Energy

Aims & Scope

Electric, control, and energy engineering have hybrid characteristics of multi-physical coupling, dynamic multi-time scales characteristic correlation, strong nonlinearity, and uncertainty. Still, the traditional design, operation, and monitoring process cannot meet the real engineering requirements of real-time, predictability, and high reliability. With the rapid advancement and widespread adoption of digital technologies, Digital Twin (DT) technology is gaining increasing attention and extensive applications in electrical, control, and energy systems. As an advanced technology based on virtual simulation models, DT integrates physical systems with digital models to achieve real-time monitoring, prediction, and optimization of equipment, systems, or processes, bringing unprecedented intelligence and efficiency to engineering applications. To share the latest advances in DT technologies for electric, control and energy engineering, the Digital Twin International Conference in 2024 (DigiTwin 2024), is extending a Special Session for Digital Twin Driven Electric, Control and Energy Systems. The proposed Special Session particularly fits the following topics, but are not limited to: