Closed Solicitation · DEPT OF DEFENSE
AI Summary
The U.S. Army Corps of Engineers is conducting a market survey regarding the potential use of Project Labor Agreements for a large-scale microgrid construction project at Fort Sill, Oklahoma. Comments from the construction community are invited to address various aspects of PLAs, including local labor availability and potential cost impacts. Responses are due by February 5, 2026.
THIS IS A PROJECT LABOR AGREEMENT (PLA) SURVEY ONLY.
This is a SPECIAL NOTICE. No proposals are being requested or accepted with this PLA notice.
The PLA Market Survey is conducted prior to release of the solicitation. This is a SPECIAL NOTICE only. The U.S. Army Corps of Engineers Louisville District is soliciting comments from the construction community addressing use of a PLA for this construction project at Fort Sill, Oklahoma.
Description:
The Corps of Engineers Louisville District is soliciting comments from the construction community addressing the potential use of Project Labor Agreements (PLAs) for a large-scale construction project (exceeding $35 million) for the following:
Project scope: The Design-Bid- Build (D/B/B) construction of a power generation and smart microgrid system with a base scope of a 10.3MW of natural gas reciprocating internal combustion engine (RICE - Generator 1) power plant, including a compressed air starting system, distribution feeders, paralleling switchgear, transformer, protective relays, shared load bank, medium voltage circuit breakers, SCADA system, reclosers and microgrid controls. This will be a design bid build project.
The microgrid system will provide energy resilience for at least (14) days to mission critical functions utilizing fossil fuel to support Fort Sill. The system shall be capable of connecting to and disconnecting from the electric utility grid for exchange of power as well as islanding the installation from the electrical grid, shedding non-critical loads and providing emergency support to the IEWP identified critical facilities.
The 10.3 MW RICE power plant (18.0 MW if Bid Option 1 is accepted, using two 9.0 MW generators) will be located within a weather-proof shelter on an elevated plot of open land to the southeast of Building 3933. The project involves installing a 6-inch natural gas branch line to service the new generation plant. Bid Options 2 and 3 are for (2) MW/MWh of BESS each.
A PLA is defined as a pre-hire collective bargaining agreement with one or more labor organizations that establishes the terms and conditions of employment for a specific construction project and is an agreement described in 29 U.S.C. 158(f). For further awareness on PLAs, please visit https://www.dol.gov/general/good-jobs/project-laboragreement-resource-guide.
Federal Acquisition Regulation (FAR) Policy:
In consideration of the above factors, and any others which may be deemed appropriate, the construction community is invited to comment on the use of PLAs. Of particular interest to the Government are responses to the following questions:
9. Do you have any previous or current experience as a prime contractor with a PLA?
10. Have you prepared or submitted proposals that included a Project Labor Agreement (PLA) component?
11. Please select one of the following:
In addition to affirmative responses, we are seeking negative responses to identify any potential actions we may take to improve the competitive environment. Please provide a response with feedback including rationale for not wanting to submit a proposal and any recommendations that could promote interest.
* Please provide your comments via e-mail to Jacob Pridemore at Jacob.S.Pridemore@usace.army.mil no later than 1:00 PM Eastern Time on 05 February 2026.
PROJECT LABOR AGREEMENT (PLA) MARKET SURVEY - CONSTRUCTION OF MICROGRID AT FORT SILL, OK is a federal acquisition solicitation issued by DEPT OF DEFENSE. Review the full description, attachments, and submission requirements on SamSearch before the response deadline.
SamSearch Platform
AI-powered intelligence for the right opportunities, the right leads, and the right time.