The response deadline has passed. Review the details for future reference or to track similar opportunities.
The Department of Transportation is procuring a Physics-Based Model to quantify the fire and toxic hazard of Li-Ion batteries for the Federal Railroad Administration. The project aims to develop and validate modeling tools that will inform safety measures for Battery Energy Storage Systems used in rail applications, leveraging existing data from previous phases of research. Jensen Hughes, Inc. is the intended sole source for this contract due to their unique qualifications and continuity of specialized data.
The work involves developing a model to assess the fire and toxic hazards of Li-Ion batteries, focusing on Battery Energy Storage Systems in rail applications.
This listing does not include downloadable attachments. The solicitation details may be in the description below.
Verify on SAM.govFR26RDI20000000066 Notice of Intent to Award a Sole Source Contract. Pursuant to FAR 6.103-1 and inclusive of the Revolutionary FAR Overhaul (RFO) – FAR Part Deviation Guidance, The Federal Railroad Administration (FRA) intends to negotiate a single-source purchase order with Jensen Hughes, Inc. (JH) for the development of a Physics-Based Model to quantify the Fire and Toxic Hazard of Li-Ion Batteries. This research and development effort is a continuation of critical work begun under Contract 693JJ623C000004. The original contract was awarded using a competitive Broad Agency Announcement process in 2023, BAA-2023, Topic #FRA RS-001. The initial phase focused on developing and validating computer modeling tools to quantify the fire and toxicity hazards associated with Lithium-ion Battery Energy Storage Systems (BESS) utilized in rail applications. The ultimate intent of the model is to inform the design of mitigation measures that ensure BESS are safe for the rail environment. The overall goal of the project is to establish a systematic methodology for determining the Heat Release Rate (HRR) of complex BESS using limited cell and module level testing. Cell-level battery test data, which JH generated under Phase I, defined the failure characteristics for the model. Under this follow-on effort, module-level test data will be utilized to calibrate and validate the model. Due to administrative and governmental delays in the internal approval process, 693JJ623C000004 expired prior to the follow-on period being executed, halting JH’s research. The intent of this purchase order is to enable JH to resume the research and further develop and validate the computer model established during Phase I. Jensen Hughes, Inc. is uniquely qualified to satisfy this requirement, as they possess the specialized data and technical continuity developed during the initial competitive award. Awarding this requirement to any other source would result in a duplication of cost to the FRA and delays in completing Phase II. This notice is not to request competitive proposals, and any information received from interested parties will only be considered solely for the purpose of determining whether a competitive procurement should be conducted. However, interested parties may submit a description of their firm's capabilities to satisfy this requirement, demonstrating their ability to successfully perform this effort. Responses must be received by July 18, 2026 at 12:00 PM EST. All
questions concerning this matter should be addressed directly to Ms. KeriAnne Gallagher at [email protected]. Gallagher, KeriAnne Contracting , W BLDG, 3RD FL 1200 NEW JERSEY AVE, SE, WASHINGTON, DC 20590 USA to this opportunity.
Get matched to contracts like this daily
Free AI-powered contract matching for your business.