Toward understanding the complexity of long-duration energy storage siting in high renewable power grids
Not Available
24 POWER TRANSMISSION AND DISTRIBUTION↗
Engineering topics
Dalvi, Sourabh
Publications and source records attributed to Dalvi, Sourabh.
Towards robust and scalable dispatch modeling of long-duration energy storage
Not Available
Guerra, Omar J.↗
A Model for Hybrid Systems for Production Cost Modeling Studies Considering Ancillary Services
This paper introduces a model for simulating hybrid plants participating in energy and ancillary services for bulk power system studies. The model considers a hybrid plant comprised of a renewable energy source, a thermal power unit, a storage unit, fixed power loads, or any combination of these technologies. The model focuses on Production Cost Modeling (PCM) studies under the assumption of centralized dispatch. We present an example case study to illustrate the use of the model in a single-stage production cost model similar to those conducted by planning agencies. We explore the allocation of behind-the-meter ancillary services products and total energy participation to hybrid plant sub-assets and the resulting impacts on the system's ancillary service allocation. The model is implemented and simulated in a unit commitment problem in the RTS test system, which was modified to include a hybrid plant asset.
ancillary services↗
R2X (ReEDS™ to X) [SWR-24-91]
R2X is a tool that allows modeler to convert input/output models to other input/out models (e.g., ReEDS™ to Plexos). This is tools is built as a parser of inputs that uses infrasys to create a network representation that then is used to create custom files as input for other models.
Sanchez Perez, Pedro Andres↗
Sienna Modeling Framework [Slides]
NREL's Sienna modeling framework effectively builds, solves, and analyzes the scheduling problems and dynamic simulations of quasi-static infrastructure systems. It uses a modular framework to answer different questions about future energy systems, fundamentally advancing the nation's ability to model individual and integrated infrastructure systems at a range of spatial and temporal scales. This presentation will include NREL power grid researcher Clayton Barrows.
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