AI workloads fluctuate rapidly — from idle inference processes to full-scale GPU training sessions.
Our programmed control systems continuously monitor real-time conditions, adjusting compressor speeds, fan operation, and valve modulation to match instantaneous thermal demands.
This adaptive control prevents energy waste during low-load periods and ensures uninterrupted stability during compute-intensive spikes, maintaining precise temperature control within ±1°F.
Modern data centers rely on interconnected intelligence — and so should their cooling systems.
Whaley chillers are fully programmable to integrate with your existing Building Management System (BMS) or Data Center Infrastructure Management (DCIM) platform.
Our open communication protocols (BACnet, Modbus, and LonWorks) allow for precise coordination between HVAC, electrical, and IT systems — enabling centralized monitoring, fault detection, and remote performance optimization.
Whaley’s AI data center chillers combine industrial-grade reliability with intelligent programming to deliver the next generation of thermal control.
From adaptive logic to predictive analytics, our systems are built to think — so your AI can perform at its peak.
Through remote connectivity and machine-assisted programming, Whaley systems evolve over time. Performance data is continuously collected and analyzed, allowing operators to fine-tune control parameters, schedule maintenance proactively, and identify inefficiencies before they impact uptime. This level of programmable intelligence transforms cooling from a static utility into a dynamic, learning component of the data center — one that actively contributes to reliability, performance, and efficiency.
