Supply and Deliver DC and AC Preferred Systems for USACE-LRN

****Amendment W912P527QA001-0003 extends the response date to Monday, 30 November by 1:00 PM CST. Amendment W912P527QA001-0002 extends the response date to Thursday, 12 November 2026. Amendment W912P527QA001-0001 extended the response date to Thursday, 5 November 2026, adds/updates attachments, and responds to vendor inquiries. Please note that Attachment 0006, JPP Supply Layout, and Attachment 0007, JPP Site Photos, are Controlled Unclassified Information (CUI) and are not publicly downloadable. To request access to these CUI files, please refer to the instructions detailed below. PURPOSE: The Nashville District (LRN), U.S. Army Corps of Engineers (USACE), is issuing a Commercial Firm Fixed-Price (FFP) Combined Synopsis and Solicitation for the fabrication, supply, and delivery of DC and AC preferred systems for USACE-LRN’s J. Percy Priest Dam. NAICS CODE and SBA SIZE STANDARD: 335313 - Switchgear and Switchboard Apparatus Manufacturing; Size Standard 1,250 employees. DELIVERY DATE: All items shall be delivered on or before 10 June 2027. Drawings and Specifications: The technical plans and specifications are available at the PIEE Solicitation Module. Questions: Questions shall be submitted via Projnet Bidder Inquiry using the quick key listed in the solicitation. SYSTEM FOR AWARD MANAGEMENT (SAM): Offerors are required to be registered in the System for Award Management (SAM) database (https://sam.gov) and PIEE at the time a quote is submitted in order to comply with the annual representations and certifications requirements. Registration for PIEE is required as this is the only place quotes shall be submitted. Quotes must be submitted in the PIEE Solicitation Module. Please see the link in the Attachments/Links section to access to the PIEE Solicitation Module. The Cybersecurity Maturity Model Certification (CMMC) level required by this solicitation is: CMMC Level 1 (Self). This CMMC level, or higher, is required prior to award for each contractor information syst