Get A Demo
Get Access Now

Access Denied!!!

It appears that you are using a private browser which blocks some scripts necessary for this page to function properly. As a result, you may experience limited functionality or the page may not work at all.

To access this page, please consider using a different browser or switch to the standard version of Firefox.

Thank you for your understanding.

California (CA)

>

Twentynine Palms

>

92277

Access Full Project

Publicly Funded

Privately Funded

Bidding Soon

Documents Available

Addenda Available

Post-Bid

Post-Bid

Back to Results
Previous
Next

Saving Project...

Full details on over 250,000 Projects including 2000 updated daily available to subscribers

September 27, 2024

January 29, 2025

August 2, 2027

Multiple Locations

Renovation

No Information to Display

$100,000,000.00

Public - Federal

img_map_placeholder

Multiple Locations, Twentynine Palms, CA

Documents for this project are exclusively Specifications. If Plans become available, we will add them here.

3

Subscribe to View Full Documents

This acquisition will result in an unrestricted full and open Firm-Fixed Price (FFP) Design-Build contract for the design and construction of 10 MW (6.5 MW Base Item and 4MW in option items) of Battery Energy Storage Systems (BESS) at two (2) locations on MCAGCC, Twentynine Palms, California (P-1238). Each of the estimated 30 BESS (each of which will include high energy density batteries, bidirectional inverters, and the associated controls) will be a standalone modular packaged unit connected to one or more solar photovoltaic (PV) arrays. The BESS will be connected to the solar PV systems for clean energy charging as well as to the installation's electric distribution system for utility power or on-site cogeneration system charging. The BESS will be tied into the installation's microgrid (being built via project P-1232) so the battery energy can be discharged to level solar PV variability and stabilize the grid (electrical distribution system reliability), provide power to support black-start and islanding events (energy resilience), and reduce energy costs during peak demand/energy pricing periods (energy management/efficiency). Also, the BESS controls will be accredited to ensure the energy systems remain cyber secure. The goal for this project is to integrate BESS into an electrical distribution microgrid on MCAGCC. The project installs and fully permits new BESS capable of parallel operation, each located in proximity to existing PV systems.

10 Record(s)

Subscribe to Get All Contact Details

Trades

Division 00 - Lorem Ipsum

Division 00 - Lorem Ipsum

Lorem, Ipsum, Dolor, Sit amet
Subscribe to See All Trade Details

You’ve Reached the Free View Limit

Want to see more project and bidder data in your market? Check out our product options and see what works best for you and your business.

Come back in [[refresh_days]] to get [[project_count]] more free projects.

Related Projects