MSANG CRTC 125kW Generator and ATS

This document constitutes Attachments 1, 2, and 3 for Project JTVE262119, which details the installation of an automatic backup generator for the LMOC Building 70. Dated August 2, 2026, the technical diagrams outline the proposed electrical modifications and integration plan. Key aspects of the project include: - Demolishing the existing 1200A manual transfer switch. - Installing a new proposed 125 kW generator and associated pad to replace or work alongside the existing 100kW MEP generator. - Installing a new 1200A Automatic Transfer Switch (ATS) and an associated 1200A panel. - Connecting the new system components to the existing T38 225 kVA service transformer and Main Distribution Panel (MDP) for Building 70. - Utilizing #2 AWG stranded bare copper grounding and 4#500kCM wiring to integrate the new and existing electrical infrastructure. This document serves as a technical reference layout for contractors bidding on the generator installation and electrical upgrade solicitations.

This Statement of Work (SOW) outlines the requirements for procuring, delivering, installing, integrating, and testing a backup power system for Building 70 (BLDG 70) at the Mississippi Air National Guard Combat Readiness Training Center (CRTC) in Gulfport, Mississippi. The objective is to ensure continuous operations during utility outages by installing a highly reliable emergency power system. The scope of work includes providing one 125kW diesel backup generator with a double-walled 250-gallon sub-base fuel tank and a Level 1 sound/weather enclosure, one 1200Amp service-entrance-rated Automatic Transfer Switch (ATS) with a NEMA 3R enclosure, and four runs of #500kCM copper conductors routed in PVC-coated rigid conduit. The contractor's responsibilities are divided into five key tasks: conducting a detailed site survey and submitting engineering packages; procuring and delivering all equipment in compliance with the Buy American Act; performing civil and electrical installation, including demolishing the existing manual switch, pouring a concrete equipment pad, and routing all wiring; conducting comprehensive system and load bank testing; and restoring the site and providing hands-on operational training to base personnel. The project must be completed within 180 calendar days from the Notice to Proceed, with submittals due in 15 days, procurement within 135 days, and installation and testing completed within 30 days of delivery. Equipment must feature a minimum two-year manufacturer’s warranty, with a one-year warranty on installation workmanship.

This solicitation is a combined synopsis/solicitation issued as a Request for Quotation (RFQ) by the Mississippi Air National Guard (MSANG) Combat Readiness Training Center in Gulfport, Mississippi. Under solicitation number W50S7K26QA010, this project is a 100% small business set-aside under NAICS code 238210, with a size standard of $19.0 million. The selected contractor must provide a turnkey procurement, installation, and testing of a backup power system at Building 70, located at 4715 Hewes Ave, Gulfport, MS 39507. Key technical deliverables include providing one 125kW diesel generator, one 1200A automatic transfer switch (ATS), and four #500kCM copper conductors running approximately 30 feet, alongside complete site preparation, utility integration, load bank testing, and base personnel training. The period of performance is 90 consecutive calendar days from the issuance of the Notice to Proceed. A site survey is scheduled for September 16, 2026, with an attendance RSVP deadline of September 15, 2026. Quotes must be submitted electronically to the designated points of contact, James Nelson and MSgt. Andrew Cates, by the response deadline of September 21, 2026, at 1:00 PM CST. Offers must remain valid for 30 days and include a 20% bid guarantee, alongside applicable performance and payment bonds. Evaluation will be conducted on a best-value basis, assessing the offeror's technical approach and price fairness, with both factors holding approximately equal weight.