Impact of outages and automatic restart logic?

Impact of outages and automatic restart logic?

Short answer

Sudden outages are handled by an automated recovery sequence. When power returns, the system first re-establishes water circulation; only once pressure and flow meet specification are the mining units brought back online — with no manual intervention required.

  • Automated recovery sequence
  • Circulation restored before hardware
  • Pressure and flow verified first
  • No manual restart needed

The automatic restart sequence

  1. Power is restored — the system comes back after a grid outage.
  2. Water circulation restarts first — pumps re-establish flow through the loops before any hardware is energized.
  3. Pressure and flow are verified — the sequence waits until both meet specification.
  4. Mining units come online — hardware is brought back safely, in order, without manual intervention.

Why the order matters

Wall of mining hardware inside a cooling container
Hardware only powers up once cooling is confirmed — never before.
  • Cooling before compute. Energizing racks before flow is confirmed risks an immediate thermal event.
  • Interlocks enforce the sequence. The PLC will not advance until conditions are met.
  • Recovery without a site visit. The sequence removes the need for an operator to drive to the container.
Hardware wall inside the container
The load being protected by the sequence.
Busbar and distribution hardware
Power restoration under PLC supervision.

Related questions

What redundancy features are built into the SR40 V3 cooling loop? Instant alarms for pump, sensor, or humidity risks? Individual switches or grouped control (e.g., 1-to-5)?

Aligning recovery logic with your SLA? Talk to a CoolSpace engineer