INTERACTIVE SUB-PLATFORM
Data Center Systems & Control Integration
Explore the control architecture behind Air/CRAH, Direct-to-Chip and Immersion cooling. Select a cooling method, trace sensors through equipment controllers to BMS/DCIM, and simulate load, failure and economizer conditions.
3Cooling architectures
BMS / SCADASupervisory control
PLC → DCIMEnd-to-end trace
ExplorableInteractive scenarios
Choose a cooling control architecture
Air / CRAH
Fan VFDs, CHW valves, SAT/RAT, room DP and CRAH redundancy.
ExploreDirect-to-Chip
Cold plates, TCS, rack manifolds, CDU pumps/valves, ΔP and leak detection.
ExploreImmersion
Fluid temperature, tank level, circulation, HEX/CDU and safe shutdown logic.
ExploreAir / CRAH
- SAT/RAT control
- Fan VFD speed
- CHW valve modulation
- Room differential pressure
- CRAH redundancy
Supervisory path
Temp / DP Sensors → CRAH Controller → BMS / SCADA → Historian → DCIM
Trace the control path
→→→→
Select a cooling architecture above, then click each node to trace control and supervisory data.
Run control scenarios
Select a scenario to walk through the facility response.
Control integration reference
| Layer | Primary system | Control / data role | Typical protocol |
|---|---|---|---|
| Equipment | CRAH / CDU / Chiller / Power PLC | Local loops, protection, sequencing, duty/standby | BACnet/IP, Modbus TCP, OPC UA |
| Supervisory | BMS / SCADA | Plant coordination, alarms, setpoints, mode control | BACnet/IP, Modbus TCP, OPC UA |
| Operations data | Historian | Time-series trends, events and commissioning evidence | OPC UA / connectors / APIs |
| Facility management | DCIM / Analytics | Capacity, utilization, energy and asset context | REST / APIs / database integration |