[ System status ]

Nothing is live yet.
Here is exactly what
you'll see when it is.

Most pre-launch companies publish a wall of green ticks that measure nothing. We would rather show you the real console, running on simulated data and labelled as such, so you can judge the instrumentation before you judge the numbers. At power-on this page starts telling the truth automatically.

Watch the failover cycle →How the power path works
[ Preview · simulated data ]

This is a demonstration running on synthetic data, not a live feed. It shows exactly what this page will publish once the Mead site is energised — target Q4 2026.

[ Single-line · live power path ]

Where the power is right now.

◆ Utility normal · battery float
GRID12.47 kVTRANSFORMER3 MVAATSUTILITYUPS131 kWPDU A / Bdual feedGPU RACKS30× B200 · 110 kWz1power BESSFLOATSCHEMATIC · SIMULATED · NOT A MEASURED RESULT · 30-SECOND DEMONSTRATION CYCLE

Utility

Grid feed
12.41kV

12.47 kV primary · 3 MVA on-site transformer

Transformer load
4.2%

Phase 1 draws a fraction of installed capacity

Power factor
0.99

Measured at the service entrance

Storage

BESS state of charge
97.6%

z1power LFP · float-charged from grid

BESS output
0kW

Zero during normal operation · carries full load on fault

Cell temperature
24.6°C

Max cell delta held under 2 °C by design

Power path

UPS output
129kW

Double-conversion · no break on transfer

PDU A / B balance
50.1%

Dual-corded racks · balanced across both feeds

Last transfer time
9.0ms

Grid-to-battery · design target under 10 ms

Compute

IT load
112kW

30× NVIDIA B200 · Phase 1 design load

GPU utilisation
85%

Fleet mean across all allocated nodes

Nodes healthy
4/ 4

8-GPU HGX nodes reporting healthy

Thermal

Coolant supply
18.1°C

Direct-to-chip loop · CDU controlled

Coolant return
31.3°C

Delta-T held in band by CDU modulation

PUE (rolling)
1.20

Design target 1.18 · validated at commissioning

Network & control

Fibre throughput
48.6Gbps

100G symmetrical dedicated · Dobson

Edge latency
7.8ms

To nearest peering point

AURA decisions
340/ min

Power and workload orchestration events

Event streamsimulated

T−00:00:00AURA · workload scheduler rebalanced 3 pods across nodes 2–4
T−00:-1:-18UPS · self-test passed, no battery string alarms
T−00:-1:-36AURA · predictive model updated from 15-minute grid signal
T−00:-1:-54AURA · predictive model updated from 15-minute grid signal
T−00:-2:-12THERM · rack inlet spread 0.6 °C across the row
T−00:-2:-30BESS · cell balancing pass complete, max delta 0.008 V
T−00:-2:-48AURA · workload scheduler rebalanced 3 pods across nodes 2–4
[ Where each system actually stands ]

No green ticks for things that don't exist.

shipping

z1power battery platform

Partner hardware — shipping US-wide since 2021

secured

Site · Mead, Oklahoma

Land, buildings, and 3 MVA transformer owned outright

in build

AURA orchestration

Power and workload control plane

in build

Compute fleet

30× NVIDIA B200 · Phase 1

contracted

Network · 100G fibre

Dobson dedicated symmetrical — signed quote

in build

Customer API & dashboard

Reservation, telemetry, and billing surfaces

[ Incident history ]

No incidents to report.

There is no operating history because there is nothing operating. Every incident from power-on forward will be posted here with a timestamp, an impact statement, and a written root cause — including the ones that make us look bad.

[ What turns this page on ]
Q4 2026

Mead site power-on

Phase 1 energised. This page switches from preview to live telemetry on the same day, and the numbers stop being simulated.

Q4 2026

First measured PUE and failover data

Commissioning results published as measured values, replacing every design target quoted on this site.

Q1 2027

Public status API

The same feed this console renders, exposed as JSON for customer monitoring.

ABOUT THE PREVIEW. Every figure in the console above is synthetic, generated in your browser to demonstrate the instrumentation. It is not a measurement, not a forecast, and not a service level commitment. Design targets shown — including the sub-10 ms transfer and the 1.18 PUE — are engineering objectives to be validated at commissioning. See our Engineering Disclaimer.