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Do EVs have a place in the DoD?


A few observations from the FY2023 DoD report that highlight EVs' potential role in installation resiliency:

..."The deployment of EVs on military installations could also provide several benefits not fully captured in responses to questions posed by section 328. These include:

- Potential increases in installation resilience from additional electricity sources. Bi-directional charging and the ability to connect to on-base micro grids could enable energy stored in vehicles to supply the installation power grid, enhancing resilience.

- Potential increases in capability for installation maintenance operations. Vehicles with the ability to export on-board electrical power could reduce or eliminate the need for diesel, propane, or natural gas generators to make electricity at work sites, adding flexibility to base operations.

- Investment in domestic Li-ion battery industry to supply batteries for tactical systems. Many of DoD’s tactical systems, e.g., hand-held radios, night vision systems, tactical vehicles rely on Li-ion batteries. Future capabilities like unmanned systems and directed energy weapons also depend on the technology. DoD is not a large enough customer to support a domestic supply chain. Domestic demand for EVs is expected to spur supply chain investment that could also benefit DoD weapon systems.

- Reductions in air pollution on military installations. Zero emission vehicles reduce air pollution on installations, resulting in a healthier operating environment for service members, their families, and civilian staff."...


 
 
 

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eTHOR ICESF Demo

Review the most current eTHOR Modeling, Simulation, and Analysis (MS&A) Stage 2 results, as presented this November 2023, at the ICESF Demonstration aboard MCTSSA, Camp Pendleton, CA.

International representatives, government, commercial, and military stakeholders were on hand throughout the week to view the eTHOR and talk with the SoCal Tech Bridge eTHOR Team. 

Click on the first page of the eTHOR Analysis charts to the right to view the entirety of the PDF.

Analysis includes:

  • Studying eTHOR in a Forward Command Operations Center (COC) context

  • Modeling full base energy use 

  • Traditional Generator-only power grids

  • eTHOR impacts on efficient use of
    generators, fuel consumption,
    and added capabilities

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