Current Situation & Challenges
As AI servers and high-density computing equipment generate greater heat loads, spray cooling offers a direct approach by delivering dielectric coolant to heat-generating components. Its performance depends on stable coolant flow, suitable nozzle pressure, uniform spray distribution, and effective heat rejection. Nozzle blockage, contamination, pressure fluctuations, or insufficient coolant can create uneven cooling and increase equipment risks. Continuous monitoring helps maintain reliable circulation and cooling performance.
Process Overview
Explore the flow, liquid quality, level, pressure, and temperature instruments BayMeters provides for critical monitoring points throughout the spray cooling process.
Our Solutions
BayMeters provides measurement solutions for stable spray delivery, effective heat removal, and reliable coolant circulation across data center spray cooling systems.
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Process Monitoring
Continuous measurement supports reliable operation throughout coolant storage, circulation, filtration, heat exchange, spray distribution, and collection.
Coverage: Flow · Level · Pressure · Temperature
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Coolant Quality Analysis
Coolant monitoring helps identify contamination and fluid-condition changes that may contribute to nozzle blockage or reduced heat-transfer performance.
Coverage: Conductivity · Turbidity · Fluid Condition
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Process Optimization
Real-time flow, pressure, and temperature data helps maintain uniform spray distribution and stable heat removal across high-density computing equipment.
Benefits:Uniform Cooling · Stable Spray Pressure · Efficient Heat Transfer
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Data Integration
Connect measurement instruments with spray cooling controllers, PLCs, BMS, and centralized data center monitoring platforms.
Capabilities: Remote Monitoring · Data Recording · Alarm Management
