Enhancing mission assurance, energy security, and island grid resilience for military installations in the Caribbean, Energy Resilience Partners LLC has been awarded a $45,001,324 firm-fixed-price contract. The military construction award finances the design-bid-build construction of an installation-level microgrid at Fort Buchanan, Puerto Rico.
Contract Details: At A Glance
| Contractor: | Energy Resilience Partners LLC |
| Award Date: | August 20, 2026 |
| Contract Value: | $45,001,324 |
| Project: | Installation-Level Microgrid Construction |
| Location: | Fort Buchanan, Puerto Rico |
| Contract Number: | W912QR-26-C-A025 |
| Awarding District: | U.S. Army Corps of Engineers, Louisville District |
District Context & Mission Impact
This major energy resilience and military construction (MILCON) project is administered by the U.S. Army Corps of Engineers Louisville District. The Louisville District serves as a national center of expertise for military construction, reserve component facility engineering, and specialized defense energy initiatives nationwide. Fort Buchanan serves as the primary U.S. Army installation in the Caribbean, supporting Reserve units, national defense operations, and disaster response logistics across the region. Due to severe tropical storms and vulnerability across the local commercial electric power grid, establishing a resilient installation-level microgrid is critical. Integrating localized power generation, battery energy storage systems (BESS), intelligent microgrid controllers, and automated islanding capabilities ensures Fort Buchanan retains continuous operational power during grid outages or severe weather disruptions.
Contractor Spotlight & Industry Context
Based in Belcourt, North Dakota, Energy Resilience Partners LLC is a Native American-owned small business contractor specializing in energy infrastructure, renewable energy integration, microgrid controls, and electrical construction for federal agencies. Bids were solicited via the internet with four competitive proposals received. Constructing a defense-grade installation microgrid requires complex electrical engineering, high-voltage switchgear integration, cybersecurity-compliant control systems (CS/ICS), and hardening against severe tropical weather. Deploying advanced microgrid technology reinforces defense installation energy independence, helping ensure mission readiness across critical Caribbean defense facilities through 2029.
