Now reserving.

Lock in launch pricing
[ POWER · z1power ]

We own our power.
That's the whole advantage.

Most clouds make you choose between availability and performance. We don't — because the thing that constrains everyone else, power, is the thing we own.


[ THE QUEUE PROBLEM ]

Building an AI data center used to mean buying chips. Now it means finding power.

Grid connections in major hubs run 4–7 years. Over ~1,500 GW is stuck in the US interconnection queue.

The bottleneck moved from the rack to the substation — and most "solutions" are diesel.

4–7 yrs
Grid wait
~1.5 TW
US queue
~50 GW
BYOP 2025

[ BATTERIES BEAT GENSETS ]

The industry's BYOP answer is gas. Ours isn't.

No air permits

Batteries are silent, sealed, and don't need combustion air permits.

No fuel logistics

No diesel deliveries, no fuel-quality sampling, no storage tanks.

Silent operation

Quieter than a server room. No noise complaints, no sound walls.

Instant load-follow

Sub-cycle response to spiky AI workloads. Diesel can't keep up.

Modular & fast

Ship in containers, install in days, expand in weeks.

Clean

Fed by on-site solar where available. No combustion byproducts.


[ THE z1power STACK ]

Megawatt-scale LFP. Built in Oklahoma.

[Specs confirmed for procurement — verify before publishing final numbers.]

[ Chemistry ]
Lithium-iron-phosphate (LFP)
[ Scale per stack ]
1 MW+ · modular to multiple MW
[ Redundancy ]
Triple-redundant banks
[ Failover ]
< 10ms automatic
[ Design life ]
20 years
[ Origin ]
US-built (Oklahoma)
[ Compliance ]
ITAR-eligible, SOC 2 (in progress)
[ Operating temp ]
-20°C to +50°C

[ TOPOLOGY ]

Grid (backup) → z1power → GPU halls.

UTILITY GRID(BACKUP)ON-SITE SOLARz1power BESS1MW+ LFP ×3 REDUNDANTBANK 1BANK 2BANK 3SWITCHAURAORCHESTRATIONNVIDIAGPU HALL[ POWERED ]CEREBRASINFERENCE[ POWERED ]