Configure Your Data Center
Set your facility parameters. The simulation will calculate all power allocations, PUE curves, and IceBrick sizing accordingly.
IT Nameplate Power Capacity
20 MW
20 MW100 MW
Peak PUE at Design Day
1.60 at peak
1.20 (excellent)2.20 (poor)
Derived Parameters
Grid Operational Limit
— MW
IceBrick Unlock
— MW
Peak Cooling Load (no IB)
— MW
Night Cooling Load
— MW
DESIGN DAY · STEP 1 OF 2

Design Day Without IceBrick — The Constraint

Time
00:00
Outside Temp
72°F
→
Realtime PUE
1.37
tracks temp
❄
Unlocked IT Stranded Capacity
+2.1 MW(10.5%)
Step 1 of 2
The Design Day Problem
Your data center has an operational limit, but on the hottest day, cooling demand pushes total power right up to the ceiling. Configure parameters above and run the simulation.
00:00
Midnight — Steady State
Press the play button on the chart to watch the design day unfold. You'll see how rising temperatures push cooling demand up, stealing power from compute.
⚡ Design Day Power Allocation — without IceBrick
☀ Heat Climbing
Hotter air outside means the chiller plant must work harder for the same cooling.
🔥 Peak — At the Limit
Cooling pushes the stack to the operational limit. No room left for more compute.
❄ IceBrick Discharging
Stored cooling offsets most of the chiller plant load — freeing grid capacity for the extra IT capacity.
Now let's see how the IceBrick system reshapes the power allocation.
▶
Watch the Design Day
See how temperature steals your compute budget
00:0006:0012:0018:0024:00
Continue
Click to resume the animation