Newark, NJ · Building since 2013 General contractor · Construction manager · Design-builder CareersMediaPrequalifyProject map
Renewable Energy · 2025

Solar & Battery Storage Facility

Solar arrays paired with a battery yard that stores the afternoon peak and sends it back to the grid after sunset.

Owner
Confidential
Location
U.S.
Market
Renewable Energy
Delivery
EPC
Scale
150 MW / 300 MWh
Completed
2025
The brief

Solar arrays paired with a battery yard that stores the afternoon peak and sends it back to the grid after sunset.

Battery containers, inverters and transformers arrived from different factories on different ships, and every delay rippled through installation. The battery yard needed fire separation, controls integration and utility witness testing. The solar field covered open ground where heat and wind set the working hours as much as the schedule did.

How we built it

The approach.

  1. 01

    Procurement tracked like the field

    Each container, inverter and transformer was tracked from factory to pad in the schedule, with float measured in delivery days.

  2. 02

    Pads ready ahead of deliveries

    Foundations and underground conduit for the battery yard were finished early, so containers were set straight off the truck.

  3. 03

    Arrays built in blocks

    Piling, racking, modules and wiring crews moved through the field block by block in a steady rhythm.

  4. 04

    Controls tested before the utility

    Charge and discharge sequences were run in-house before witness testing, so the utility saw a system that already worked.

The outcome.

150 MWSolar capacity
300 MWhBattery storage
0Battery containers set without a ready pad
2025Commercial operation

“On a storage job, the critical path runs through a shipping container. We watched every one of them across the ocean.”

Project controls manager, GilbertLanham
Renewable Energy

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