ESORIMUS - Efficient Simulation and Optimization for Reliable Intercoupled Multi-Energy Carrier Systems (ESORIMUS)
Persone
(Responsabile)
Kourounis D.
(Collaboratore)
Abstract
The objective of this project is to develop and integrate a novel software module in the power systems simulation software NEPLAN that enables the simulation and optimization of coupled multi-energy carrier systems. This includes deriving the mathematical models of the coupled systems with a special focus on integrating a wholistic security formulation for the overall system and devising algorithms for the efficient solution of the resulting problems for large scale systems.
Informazioni aggiuntive
Acronimo
ESORIMUS
Data d'inizio
01.01.2017
Data di fine
31.05.2019
Durata
29 Mesi
Enti finanziatori
Stato
Concluso
Categoria
Innosuisse
Pubblicazioni
- O Malley C., Kourounis D., Hug G., Schenk O. (2018) Finite Volume Methods for Transient Modeling of Gas Pipelines. 5th IEEE International Energy Conference. IEEE Xplore. ENERGYCON. Limassol, Cyprus. June 3-7, 2018
- Schenk O., Hug G. (2018) Optimizing gas networks using adjoint gradients. x. x. x. x
- O Malley C., Roald L., Kourounis D., Schenk O., Hug G. (2018) Security Assessment in Gas-Electric Networks. IEEE Xplore Proceedings of the 20th Power Systems Computation Conference. IEEE Xplore Proceedings. PSCC 2018, 20th Power Systems Computation Conference. Dublin, Ireland. June 11-15, 2018
