Central Chiller Control System
Intelligent chiller plant optimization with predictive load balancing and energy efficiency maximization.
Adaptive chiller control that keeps cooling efficient as loads and conditions change.
CCCS optimizes the whole chiller plant — cooling tower side, chilled water side and plant overview — with predictive load balancing as IT load and ambient conditions change.
Fan speed and pump optimization run inside a 187ms control loop, supporting the 1.25 design PUE target for intelligent computing centers.
3 Subsystems Inside CCCS
Chiller Plant Overview
Centralized view of all chillers with performance metrics.
Cooling Tower Side
Cooling tower monitoring with fan speed optimization.
Chilled Water Side
Chilled water system monitoring with pump optimization.
CCCS Technical Parameters
Platform Baseline
Every system runs on the IntelliOne platform base, so platform-level redundancy supports all five systems and their shared modules uniformly.
Values marked as design standard are engineering targets; 350 MW+ operating load reflects successfully delivered projects.
Redundancy Design in CCCS
System-Level Redundancy
Multi-host rotation standby with automatic failover and redundant chiller scheduling, so cooling capacity does not degrade on device failure.
Multi-Host Rotation Standby
Control servers rotate in standby; when one controller fails, operation switches over to the backup host automatically.
Redundant Chiller Scheduling
Load transfers automatically when a single chiller fails, keeping cooling capacity undiminished.
Isolated Fault Domain
A fault inside this system is contained by its own redundancy design and does not spread to other modules running on the platform.
Cooling capacity does not degrade
Each system is independently highly available: a single system fault is isolated and does not spread to other modules.
Platform Base Support
Level 1 · IntelliOne unified platform layer
Every system runs on the IntelliOne platform base, so platform-level redundancy supports all five systems and their shared modules uniformly. Dual-node hot-standby cluster, multi-copy data storage and dual communication links remove platform-level single points of failure, keeping the global management view continuously available.
Deployment-Level Redundancy
Level 3 · Engineering delivery standard
Hardware-Level Redundancy
All control hardware, gateways and core servers use industrial dual-power redundant configuration, so a single supply failure does not affect device operation.
Network-Level Redundancy
Dual physical network links are deployed, with management and control networks physically separated and each carrying its own redundant paths.
Power-Level Redundancy
Critical control nodes include UPS backup as standard, so monitoring, emergency control and data reporting continue during a power loss.
Standard delivery configuration on every project — not an optional add-on. No single point of failure on site, suited to complex grid and environmental conditions across Southeast Asia.
Other Systems & Modules on IntelliOne
See CCCS in the Live Console
Explore monitoring, alarms and optimization flows with real-time console access.