Modeling Framework for Vehicle Electrification Representation within Combat Simulations
Abstract
This technical report outlines a new methodology developed by the Ground Vehicle Electrification Systems Modeling Working Group to address a gap in modeling and simulation capabilities for electrified vehicles in combat scenarios. The focus was on creating a Physical Model Knowledge Acquisition Document to define hybrid vehicle behaviors and the data requirements for an electrified battlefield. This project emphasized enhancing vehicle electrification modeling from an energy sustainment perspective, incorporating accurate energy estimation and tactical advantages such as silent mobility and watch. The methodology's core feature is its agnostic approach, using a systems-level aggregate vehicle model adaptable to various hybridization or electrification levels. Validated through a hybrid vehicle mission profile case study, it balances accuracy and complexity, and is suitable for combat simulations. The results demonstrate improved energy estimations and operational level energy accounting, which better align with modern and future vehicle technologies. This advancement contributes to more refined combat simulations, supporting informed decisions in Multi-Domain Operations, Large-Scale Combat Operations, and contested logistics scenarios.
Document Details
- Document Type
- Technical Report
- Publication Date
- Mar 15, 2024
- Accession Number
- AD1223899
Entities
People
- Greg Dogum