Current Situation & Challenges
Driven by AI and high-density computing, global data center electricity demand increased by 17% in 2025 and is expected to roughly double by 2030. As conventional air cooling becomes harder to scale for high-power servers, high-performance computing facilities are increasingly adopting direct liquid cooling technologies such as immersion cooling. Reliable operation requires continuous monitoring of coolant temperature, level, circulation, and filtration to prevent overheating, fluid deterioration, and unplanned downtime.
Process Overview
Explore the flow, liquid quality, level, pressure, and temperature instruments BayMeters provides for critical monitoring points throughout the immersion cooling process.
Our Solutions
BayMeters provides measurement solutions for stable coolant circulation, effective heat removal, and reliable operation across immersion cooling systems.
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Process Monitoring
Continuous measurement supports reliable operation throughout coolant circulation, filtration, heat exchange, and cooling-fluid return processes.
Coverage: Flow · Level · Pressure · Temperature
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Coolant Quality Analysis
Coolant monitoring helps identify contamination, suspended particles, and changes in fluid condition that may affect system performance.
Coverage: Conductivity · Turbidity · Fluid Condition
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Process Optimization
Real-time operating data helps maintain stable fluid circulation, improve heat-transfer performance, and identify filter restriction or abnormal system conditions.
Benefits: Stable Circulation · Efficient Heat Transfer · Early Fault Detection
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Data Integration
Connect instruments with PLC, SCADA, and centralized monitoring systems.
Capabilities: Remote Monitoring · Data Recording · Alarm Management
