ToopsControls
Setpoint
Exhaust fan control for air-cooled Bitcoin sites
For air-cooled sites with VFD groups

Cut exhaust fan power, reduce noise, and keep miners protected.

Setpoint automatically adjusts exhaust fan VFDs by miner group to match real site conditions. Operators get remote visibility, meaningful alerts, and remote group control without depending on the cloud for the control loop.

Save Money
Lower average fan Hz

Cut wasted exhaust fan power when full speed is not needed.

Reduce Noise
Quieter site operation

Lower fan frequency helps address one of the biggest air-cooled pain points.

Stay Safe
Local fail-safe behavior

Cloud visibility can drop without taking the control loop down with it.

Why operators use Setpoint

Setpoint is not just monitoring. It is operational control over air-cooled exhaust systems, with savings as the wedge and fail-safe behavior as the trust layer.

01

Lower fan energy

Run the minimum effective VFD frequency for real site conditions instead of pinning fans higher than needed.

02

Reduce site noise

Lower average fan Hz means quieter operation and fewer site complaints when noise matters.

03

Protect miners

Control stays tied to miner-group reality instead of blind manual guesses, and safe fallback protects the site when links fail.

04

Get useful alerts

Alert on states that matter: visibility loss, cooling unavailable, cooling saturated, miner drop, and VFD failures.

05

Control VFD groups remotely

Adjust groups, support curtailment, and recover faster without sending someone back to the panel for every change.

06

Stay operational when WAN goes weird

Remote visibility matters, but the control model does not collapse just because cloud access or site connectivity does.

How Setpoint works

The product is simple in practice: miners and VFD groups stay tied to an on-site IPC, while cloud handles visibility, remote access, and alert routing.

Miners Fan telemetry and group health
Site IPC Local polling, control, safe fallback
VFD Groups Remote control, curtailment, recovery
Cloud UI Dashboards, alerts, remote visibility
Miner groups Setpoint reasons about groups, not just loose devices.
Local control loop Control stays on site even when WAN or cloud access is impaired.
Meaningful actuation Operators change group behavior, not just watch metrics scroll by.
Ops and customer alerts Outcome alerts for customers, cause alerts for ops.

Control and alerts built for real site conditions

The point is not to monitor more plumbing. The point is to make operation easier when temperatures change, fans fail, miners drop, or the WAN gets ugly.

Meaningful alerting

See remote visibility loss, group cooling issues, miner availability shifts, and precursor VFD failures before they become bigger problems.

Remote group control

Change group behavior from the cloud UI and support curtailment or staged recovery without living in the panel room.

Faster recovery

Keep site behavior more predictable during outages, power cycles, and communications failures instead of rebuilding control state manually.

Calculator preview
Site estimate Location + fan setup + assumptions
Location
West Texas
Fan groups
6 grouped VFD banks
Miner count
2,400 miners
Estimated annual fan savings
$148k
Modeled from site assumptions, then reviewed against your layout before deployment.

Start with the calculator

Use the calculator to estimate the value of lower fan power before a site review. It gives operators a fast first-pass model based on location, fan setup, and operating assumptions.

  • Estimate annual kWh and dollar impact
  • Pressure-test assumptions before a deployment conversation
  • Use the result as the starting point for site review and commissioning scope

Simple pricing

Setpoint is priced to stay understandable and grounded.

  • One-time setup and commissioning fee
  • Monthly fee based on controlled exhaust fan capacity
  • Calculator first, then site review before final quote

The goal is to avoid turning pricing into a disputed savings formula every month.

Built for real-world failures

The architecture matters, but it should support the product story, not replace it.

  • Control stays on-site at the IPC
  • Cloud is for visibility, remote access, and alert routing
  • Sites can hold safe operating behavior when WAN or cloud access drops
  • Recovery after outages is part of the product, not an afterthought