Expired Tender USA ICB TOT Ref. 144865789

Physicsbased Model to Quantify the Fire and Toxic Tender - 144865789

Tender notice from USA, published on 10 Jul 2026.

Exeutive Summary

The TRANSPORTATION, DEPARTMENT OF | FEDERAL RAILROAD ADMINISTRATION has issued a Tender notice for the procurement of a Physicsbased Model to Quantify the Fire and Toxic Hazard of Liion Batteries in the USA. This Tender notice was published on 10 Jul 2026 and is scheduled to close on 18 Jul 2026, with an estimated Tender value of Refer Document. Interested bidders can access detailed Tender information, eligibility criteria, and complete bidding documents by referencing TOT Ref No. 144865789, while the tender notice number is FR26RDI20000000066 and Register on the platform.

Key facts

Summary
Physicsbased Model to Quantify the Fire and Toxic Hazard of Liion Batteries
TOT Ref. No.
144865789
Document Ref. No.
FR26RDI20000000066
Country
USA
Notice type
Tender
Competition
ICB
Publication date
10 Jul 2026
Bid deadline
18 Jul 2026
EMD
Refer Document
Tender value
Refer Document
Purchaser ownership
Public
Financier
Self Financed

Purchaser details

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Tender details

FR26RDI20000000066 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 ...
Notice ID: fr26rdi20000000066

Department/Ind. Agency: transportation, department of

Sub-tier: federal railroad administration

Office: 693jj6 federal railroad admin

Product Service Code: as11 - transportation r&d services; surface transportation, public transit, and rail; basic research

NAICS Code: 541715 - Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)

Inactive Dates: aug 02, 2026

Inactive Policy: 15 days after response date

Documents

Tender Notice
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Corresponding contract award notice

USA Public Procurement Intelligence

Frequently asked questions

The bid deadline for Physicsbased Model to Quantify the Fire and Toxic Hazard of Liion Batteries was 18 Jul 2026. Bidding is closed.

This tender has been issued by TRANSPORTATION, DEPARTMENT OF | FEDERAL RAILROAD ADMINISTRATION in USA.

The tender value is not disclosed; please refer to the tender document. EMD / bid security details are provided in the tender document.

This tender is Self Financed

The tender notice and related documents are listed in the Documents section above. Select a document to view or download it. Please log in or register to access the documents. If you cannot find additional documents in the Documents section, please log in to your account and Send Document Request from your account section.

The TendersOnTime reference is 144865789. The purchaser document reference is FR26RDI20000000066.

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