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Construction of Power Generation Microgrid at Cape Cod Space Force Station

Department of Defense (DoD) > U.S. Army
est. $5.0M – $45M

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Quick Brief

The project involves the construction of a Power Generation Microgrid at Cape Cod Space Force Station in Bourne, MA, for the Department of Defense. Key requirements include enhanced security protocols, minimal disruption to ongoing military operations, and adherence to energy resiliency goals.

Generated 61d ago

Scope & Requirements

The work includes constructing a microgrid with new power generation assets, integrating a battery energy storage system, and upgrading protective barriers against electromagnetic pulse events while ensuring minimal disruption to military operations.

Contract Details

Estimated Value
est. $5.0M – $45M
Similar contracts award $15K$364K (median $63K, 1,815 awards)Above typical range
NAICS Codes
Place of Performance
Bourne, MA, USA

Agency & Contact

Contracting Organization

Agency
DEPT OF DEFENSE
Sub-Agency
DEPT OF THE ARMY US ARMY CORPS OF ENGINEERS ENGINEER DIVISION NORTH ATLANTICENDIST NEW ENGLAND

Point of Contact

John A. Smith
Contracting Officer
(202) 555-0100

Key Dates

Published3mo ago
Mar 4, 2026
Last Updated3mo ago
Mar 4, 2026
Became Solicitation3mo ago
Mar 4, 2026
Tracked
Response Due3mo ago
Mar 17, 2026

Description

Cape Cod Space Force Station (CCSFS) is an active-duty military installation containing ground-based radar systems critical to National Security. The Power Generation Microgrid project will be con�structed within the grounds of CCSFS in fa�cilities which are in restricted areas requir�ing enhanced security protocols. The im�pacted facilities are to remain occupied throughout construction with minimal dis�ruption to the mission requiring precise construction phasing of all project elements. The Power Generation Microgrid project is programmed within the Department of the Air Force Energy Resiliency, Conservation, and Investment Program and all work is in alignment with the resiliency goals of the program such as integrating a battery en�ergy storage system with an existing wind turbine and meeting the Uptime Institutes Tier IV redundancy criteria for all mission critical systems. Additionally, the project will upgrade the facilities protective barrier against High Altitude Electromagnetic Pulse events. Other major features of the project include the complete replacement of all fa�cility systems located in the onsite power generation plant, providing new back-up power assets with enhanced microgrid con�trols, and installing electrical duct banks throughout the site. The final microgrid configuration will incorporate all new equipment such as diesel-powered genera�tors, uninterrupted power supplies, critical and non-critical power distribution re�sources into a cohesive control scheme for prolonged mission reliability. All work must be executed to minimize disruptions to mis�sion critical operations and impacted pro�tective HEMP barriers. Tyler Maryak Alternative

Point of Contact Ann Adley

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