Sandia?s Defense Energy Research, Development, Test & Evaluation Capabilities & Projects
Abstract not provided.
Publications
Energy Surety Design Methodology
The Energy Surety Design Methodology (ESDM) provides a systematic approach for engineers and researchers to create a preliminary electric grid design, thus establishing a means to preserve and quickly restore customer-specified critical loads. Over a decade ago, Sandia National Laboratories (Sandia) defined Energy Surety for applications with energy systems to include elements of reliability, security, safety, cost, and environmental impact. Since then, Sandia has employed design concepts of energy surety for over 20 military installations and their interaction with utility systems, including the Smart Power Infrastructure Demonstration for Energy Reliability and Security (SPIDERS) Joint Capability Technology Demonstration (JCTD) project. In recent years, resilience has also been added as a key element of energy surety. This methodology document includes both process recommendations and technical guidance, with references to useful tools and analytic approaches at each step of the process.
Understanding the Water-Energy Nexus of Battlefield Operations
Abstract not provided.
Leveraging a multi-dimensional optimization capability for energy requirements, design and decision support
Abstract not provided.
Marine Corps Leverages the Microgrid Design Toolkit (MDT) for Renewable Energy Decision Support
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Sandia's Defense Energy Research Development Test & Evaluation Capabilities & Projects
Abstract not provided.
Marine Corps Power and Energy Modeling Simulation and Optimization July 2012 ? August 2015
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Forward Operatng Base Camp Energy Challenges and Programs
Abstract not provided.
Contingency contractor optimization
The goal of Phase 3 the OSD ATL Contingency Contractor Optimization (CCO) project is to create an engineering prototype of a tool for the contingency contractor element of total force planning during the Support for Strategic Analysis (SSA). An optimization model was developed to determine the optimal mix of military, Department of Defense (DoD) civilians, and contractors that accomplishes a set of user defined mission requirements at the lowest possible cost while honoring resource limitations and manpower use rules. An additional feature allows the model to understand the variability of the Total Force Mix when there is uncertainty in mission requirements.
Contingency contractor optimization
The goal of Phase 3 the OSD ATL Contingency Contractor Optimization (CCO) project is to create an engineering prototype of a tool for the contingency contractor element of total force planning during the Support for Strategic Analysis (SSA). An optimization model was developed to determine the optimal mix of military, Department of Defense (DoD) civilians, and contractors that accomplishes a set of user defined mission requirements at the lowest possible cost while honoring resource limitations and manpower use rules. An additional feature allows the model to understand the variability of the Total Force Mix when there is uncertainty in mission requirements.
Supporting the Warfighter
Abstract not provided.
Sandia Successes in Technology Transition Panel
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4th Annual Ground Vehicle Systems Engineering and Technology Symposium: Operational Energy Panel Session - Sandia's Support of Military Operational Energy Challenges
Abstract not provided.
Contingency contractor optimization. Phase 2, architecture document
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Contingency contractor optimization. Phase 2, model description and formulation
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Contingency contractor optimization. Phase 2, requirements document
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Contingency contractor optimization. Phase 2, use cases and workflows strategic contractor planning tool prototype
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Grid modernization and military energy systems group
Abstract not provided.
18 Results