Build Your Mining Room

Learn system trade-offs before moving real equipment.

Use an interactive educational simulator to explore how power, airflow, pressure, spacing and hydro cooling affect a mining room.

Change one variable and see the simplified system respond.

Three hands-on scenarios explain every finding and work without 3D or WebGL. The model teaches relationships; it never certifies an electrical, cooling or fire-safety design.

Choose a learning scenario

Air cooled

Tune the room

Change one control at a time and watch the simplified checks respond.

Per miner3.51 kW650 CFM

Miner quantity2 miners

Electrical capacity9 kW

Ambient temperature24 °C

Miner spacing45 cm

Intake airflow1,500 CFM

Exhaust airflow1,500 CFM

Blocked intake0 %

Maintenance accessLeave a safe service path around every miner.

100/100

Live learning result

Balanced in this model

The score only summarizes this simplified model. It is not a safety approval.

Electrical load7.0 / 9.0 kW

Useful airflow1,500 / 1,300 CFM

Estimated outlet32.2 °C

Findings0

No model findings

These settings clear the simplified checks. A qualified professional must still design and approve a real installation.

Small home room

Balance a compact air-cooled setup against electrical capacity, airflow, spacing and service access.

Negative pressure

Find a blocked intake and excessive exhaust imbalance, then adjust the room to reduce recirculation.

Hydro mining

Match pump flow and radiator heat rejection to the hydro miner load.