H24GRID

800 V DC · CLEAN POWER

H24Grid · sustainable power for AI

Clean power, built for AI loads.

On-site, behind-the-meter clean power for AI data centers — sustainable, dispatchable, and modular so it scales through every phase of expansion. No diesel dependence, no waiting on a grid connection, lower cost per megawatt.

Sustainable · dispatchable · scalable
  • Hydrogen power units
  • Battery storage
  • 800 V DC to the racks
  • Your data center — the load we power

02 · Dispatchable + scalable

Power that follows the load.

Modular power units turn on, turn down and expand as AI demand changes. Add capacity in repeatable increments — without redesigning the plant, and without paying for megawatts before the load needs them.

  • Dispatchable output that follows variable AI loads.
  • Modular capacity that grows for the next phase of expansion.
  • Behind-the-meter supply, off the grid-connection queue.

03 · The power stack

One integrated DC power stack.

Modular hydrogen power units and battery storage deliver native 800 V DC straight to your racks. One EMS coordinates generation, storage and load — isolating faults so a single-source failure can't take down the plant.

Hydrogen power units

Modular, solid-state, container-format. Heat-released H₂ makes clean DC on site.

Battery storage

Fast-discharge banks inline on the DC path — millisecond response, hours of buffer.

800 V DC distribution

Native high-voltage DC to the rack — less copper, fewer conversion losses.

One EMS brain

Forecast, dispatch, balance, telemetry — the software that runs every watt.

04 · On-site power, fully delivered

We power it. You build the data center.

H24Grid designs, builds, commissions and operates the behind-the-meter power plant at your site. You build and operate the data center; we provide the dedicated, sustainable power that keeps it running.

  1. 01

    Design

    We survey the site, model your load profile, and draw one 800 V DC single-line for the whole power plant — generation, storage, distribution and controls engineered as one system before anything is ordered.

  2. 02

    Build

    We run the heavy construction ourselves — earthworks, concrete pads, and craning the modular hydrogen and battery units into place. Pre-engineered interfaces mean the pieces arrive ready to connect, not to argue.

  3. 03

    Commission

    We energize in stages, ring-test the 800 V DC bus, and prove fault isolation and hours-scale ride-through under load — then hand over a power plant that is already running, not a punch list.

  4. 04

    Operate

    We don't leave at handover. The EMS runs the plant 24/7 — forecasting your load, dispatching the cheapest clean watt, balancing the bus, and logging the telemetry that proves uptime.

05 · Lower lifetime cost

Lower cost. Ready for what's next.

Modular hydrogen and batteries supply clean power today — and because you add capacity with the load instead of ahead of it, cost per megawatt falls over the plant's life. A reserved footprint keeps the door open to a proposed future SMR for firm, long-duration power.

SMR · Proposed — future capability  a reserved pad and planned interfaces. Nothing more claimed.