Simulation

MicroLink Simulation

1.25 MW of liquid cooled compute, delivered as three modules to a working industrial site recovering heat.

Collaborators on this design
IT load1 251 kW
Rack positions9 at 139 kW
Provisioned to190 kW per position
Technology loop44 / 54 degC
Facility loop41 / 51 degC
Derived loop rise10.2 K
Loop flow1 664 l/min (440 gpm)
Liquid fraction86 percent
Distribution2 x 1 250 A busway
Rejection3 dry coolers, N plus one
a process and instrumentation diagram of a rainwater harvesting and treatment train, from roof catchment and first flush through storage cells, pump manifold, membrane skid, ultraviolet disinfection and remineralisation, to fertigation, closed loop makeup, non potable distribution and a fire reserve
Section one

Design Plans

Section four

Documentation

Parts Parts

Section three

Simulation

Electrical Pod row Rejection field Boundary 19 860 1 500 16 860 TX 001 5 600 G 001 5 700 8 000 3 000 1 500 01 POWER POD 00 IT POD 02 THERMAL POD 12 192 2 438 2 438 2 438 BESS 001 SU 001 ADB 001 DRY COOLER INTAKE CLEARANCE ENVELOPE KEEP PERMANENTLY CLEAR, NOTHING OVER IT DC 001 DC 002 DC 003 2 500 2 620 2 000 2 620 2 000 2 620 2 500 16 860 BM 001 HOST PARTNER FACILITY EXTENT BEYOND NOT SHOWN
IT load
1 251kW
Loop flow
1 664l/min
Loop rise
10.2K
Tech loop
44degC
Approach
3K
Facility flow
1 970l/min
Flow per kW
1.33l/min
Rejection
1 291kW
Plant power
104kW
Selection What is picked for this deployment
Section two

Design Details

Workroom

Section five
Plans
Aspects