Pod-S · Power + compute cabinets
Pod-S is one 6 ft outdoor cabinet built two ways. B6 carries the battery and C6 carries the compute. Set them behind an existing meter with a forklift. No pad, no crane and no medium-voltage station needed.
Why a cabinet
Most sites have spare service capacity and a few empty stalls. Pod-S turns both into storage and GPUs without a construction project.
No pad
A welded frame with ISO castings and a graphite base band stands on existing asphalt or concrete. Cables come up through a sealed floor entry.
No crane
Two fork pockets rated for 4,000 kg and eight ISO castings. It ships on a flatbed, gets set in place and can be moved again later.
No MV
Sized for a building service, not a substation. The battery covers peaks and short outages so the compute can run on the connection the site already has.
The cabinets
B6 holds the battery and C6 holds the GPUs. Put them side by side and you get storage and compute behind one meter, with the light bar showing what each cabinet is doing.
Battery cabinet
A complete battery in half a parking stall. LFP modules in the rack column, with the power conversion and BMS in a sealed plant cell behind a firestopped baffle.
Inside LFP modules, BMS, PCS, deflagration vent panel, louvered rear leaves
Compute cabinet
An 8-GPU node at the edge of the lot. Same shell, compute insert: node, PDUs and switch in the column, with a packaged 20 kW cooling unit in the plant cell.
Inside GPU node, PDUs, switch, cooling unit, full-bay louvered plant cell
Build a lineup
Each cabinet is self-contained, so a lineup grows one stall at a time. Mix B6 and C6 to match the service you have and the load you want to run.
Ride-through assumes each C6 draws its full 20 kW cooling rating. These are planning figures from the prototype specification and will be replaced by measured pilot data.
One shell
B6 and C6 come off the same line from the same factory. Only the insert changes, so every spare, door and drawing works on both.
| Subsystem | Shared shell | B6 battery | C6 compute |
|---|---|---|---|
| Frame | Welded steel frame, 4 mm posts and rails, 8 ISO 1161 castings, 160 mm graphite base band | Floor rated 900 kg under the column rails | Anchor pattern for a 1,000 × 600 × 1,100 cooling unit |
| Skin | Flat bonded panels: 1.5 mm galvanized steel on 50 mm PIR, white liner, flatness ≤ 1.5 mm/m | Louvered 800 × 800 inserts with G4 filter frames | Full-bay louvered panel on the plant cell |
| Layout | One tier, two cells: a 1,200 mm front cell with a 32U column and a 760 mm plant cell | Mineral-wool baffle with a firestopped pass | Baffle with two framed air openings |
| Service | Four flush doors, a service chase with DIN plate, terminal strip and ground bar | PCS and BMS struts, fan ring, cable tray | PDUs, switch, stainless condensate pan |
| Entry | Floor-entry opening 300 × 200 with a Roxtec frame, two fork pockets rated 4,000 kg | 600 × 250 flush deflagration vent | Roof mount for a Starlink dish |
| Signal | LED light bar across the front, SP or SC badge | Cobalt, shows state of charge | Emerald, shows compute load |
Siting
The cabinet arrives finished. Site work is a survey, a short trench and the terminations.
Check the service, choose the stalls and route a short trench to the floor entry.
Lift the cabinet by its fork pockets, set it on the base band and level it.
Pull cable through the Roxtec frame and land it on the terminal strip and ground bar.
Commission the BMS or the node. The light bar turns cobalt or emerald when it is live.
Battery buffering for chargers, with GPUs earning on the same service between sessions.
Turn an unused stall into resilience and local compute without touching the building.
Demand-charge relief and backup power for yards that already have a large service.
A self-contained node with its own power and a Starlink option where fiber does not reach.
Pilot program
We're looking for sites with spare service capacity and a stall or two to give up. Hosts get early units and the data from them.
One B6 and one C6 are being built on the same shell to check fit, finish and function.
A small number of host sites run a pair, with measured energy, load and thermal data shared with the host.
Certification and fire testing on the production design, then volume orders of mixed B6 and C6.
Request a quote
Tell us where the stalls are, how big the service is and what you want to run. We will reply with a cabinet lineup and a quote, or a spot in the pilot program.