TY - BOOK
T1 - Roadmap for IES Modeling and Simulation Activities
AU - Epiney, Aaron S
AU - Talbot, Paul W
AU - Saeed, Rami M
AU - Wendt, Daniel S
AU - Garrett, Daniel
AU - M Mostafa Abdo, Mohammad Gamal
AU - Yoshiura, Ramon Ken
AU - Yoo, Jun Soo
AU - Mikkelson, Daniel Mark
AU - Hansen, Jason K
AU - Worsham, Elizabeth Kirkpatrick
AU - Bragg-Sitton, Shannon M
AU - Wang, Haoyu
AU - Ponciroli, Roberto
AU - Vilim, Richard
AU - Yigitoglu, Askin
AU - Sabatino, Samantha
PY - 2022/9/20
Y1 - 2022/9/20
N2 - Since inception of the DOE-NE Integrated Energy Systems (IES) program, several program and modeling visions and roadmaps have been published. In 2017, the last modeling and simulation capability development plan was published. In 2020, a comprehensive roadmap for the DOE-NE Integrated Energy Systems program has been published. The current report is meant to update the 2017 modeling and simulation capability roadmap and complement the IES overall program roadmap published in 2020. The role of modeling and simulation within IES is to support the demonstration of new coupled integrated technologies along every step of the technology maturation from the strategic analysis of preferred system architecture to preliminary design, to laboratory testing, up to full commercial testing and integration. To achieve this role, modeling and simulation must be able to assess the technical performance and the economic viability of potential IES. Also, modeling and simulation must provide support for experimental evaluations, i.e., support component design and real time operations of experimental demonstration systems. Finally, modeling and simulation can help scale-up experimental systems to the final commercial systems. This report details the current state of the modeling and simulation efforts within IES for the above-mentioned areas, provides a gap analysis and proposes next steps for a time horizon over the next 4 to 5 years.
AB - Since inception of the DOE-NE Integrated Energy Systems (IES) program, several program and modeling visions and roadmaps have been published. In 2017, the last modeling and simulation capability development plan was published. In 2020, a comprehensive roadmap for the DOE-NE Integrated Energy Systems program has been published. The current report is meant to update the 2017 modeling and simulation capability roadmap and complement the IES overall program roadmap published in 2020. The role of modeling and simulation within IES is to support the demonstration of new coupled integrated technologies along every step of the technology maturation from the strategic analysis of preferred system architecture to preliminary design, to laboratory testing, up to full commercial testing and integration. To achieve this role, modeling and simulation must be able to assess the technical performance and the economic viability of potential IES. Also, modeling and simulation must provide support for experimental evaluations, i.e., support component design and real time operations of experimental demonstration systems. Finally, modeling and simulation can help scale-up experimental systems to the final commercial systems. This report details the current state of the modeling and simulation efforts within IES for the above-mentioned areas, provides a gap analysis and proposes next steps for a time horizon over the next 4 to 5 years.
M3 - Commissioned report
BT - Roadmap for IES Modeling and Simulation Activities
ER -