Component-to-Optimization Workflow Demonstration

McDowell, Dylan James; Lin, Linyu; Talbot, Paul W.

doi:10.2172/2396820

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DOE OSTI · 2396820

Component-to-Optimization Workflow Demonstration

McDowell, Dylan James·Lin, Linyu·Talbot, Paul W.

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Abstract

This report aims to demonstrate workflow-generating algorithms for optimizing dispatch across a broad range of Integrated Energy System applications using the Framework for Optimization of Resources and Economics (FORCE) tool suite. The optimization is performed at two different time scales. In the coarse time scale, the optimization focuses on a class of energy sources and consumers and aims to find the optimal combinations and flows of energy based on real-time price data information. In the fine time scale, the optimization focuses on a specific thermal energy delivery system and aims to find the optimal setpoints of components in order to meet the energy demands from coarse-time-scale optimizations. In this demonstration, the coarse-scale optimization is implemented using the newly developed Dispatch Optimization Variable Engine (DOVE), while the fine-scale optimization used Optimization of Real-Time Capacity Allocation (ORCA).

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29 ENERGY PLANNING, POLICY, AND ECONOMY 97 MATHEMATICS AND COMPUTING Dispatch Optimization DOVE Energy Dispatch FORCE HERON ORCA

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McDowell, Dylan James, Lin, Linyu, Talbot, Paul W.. 2024-06-01. Component-to-Optimization Workflow Demonstration. https://doi.org/10.2172/2396820

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