Emerging Technologies for Complex and Large-scale Problems in Multi-energy Systems
K. Baker, P. Panciatici, L. Roald, J. Rueda
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PES
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Non-members: $40.00Pages/Slides: 90
The transition of electrical power systems towards 100% clean and sustainable power supply, and the higher integration and interactions with other energy sectors (e.g. hydrogen gas, heating, transportation) demands innovative approaches for optimal assessment and decision making tasks, which are essential for cost-effective and reliable planning and operations across different time scales.
This challenge entails optimization problems with high computational complexity and a myriad of optimization variables. The experts invited to this panel will give overview the latest emerging methods for the formulation and computationally effective solution of different type of complex and large scale optimization problems of multi-energy systems. The panel will have interactive discussions with the audience on several key aspects, including data-driven optimization, real-time optimization, distributed optimization, and AI-supported optimization.
This challenge entails optimization problems with high computational complexity and a myriad of optimization variables. The experts invited to this panel will give overview the latest emerging methods for the formulation and computationally effective solution of different type of complex and large scale optimization problems of multi-energy systems. The panel will have interactive discussions with the audience on several key aspects, including data-driven optimization, real-time optimization, distributed optimization, and AI-supported optimization.
Chairs:
Jose Rueda, G. Venayagamoorthy
Primary Committee:
Analytic Methods for Power Systems (AMPS)