GPU & AI Clusters in Immersion Tanks
- Use evaporator coils and condenser coils to reject heat from dielectric coolant circuits to air or water-based secondary loops.
Our Nighttime Cold Storage Solution utilizes off-peak electricity and low nighttime ambient temperatures to pre-cool systems, store thermal energy, and reduce daytime load on mechanical cooling systems. By combining high-efficiency evaporator coils, dry coolers, and thermal storage media, this approach helps data centers optimize power usage, cut cooling costs, and increase overall energy efficiency without modifying server infrastructure.
Engineered for integration with existing HVAC, chilled water loops, and coil-based cooling systems, this solution supports both traditional and next-gen data center builds.
Use high-performance condenser coils and dry coolers to transfer heat from dielectric fluids to outdoor air or secondary loops with maximum efficiency.
Fanless or low-noise dry coolers eliminate mechanical noise common in traditional HVAC systems, supporting the silent operation of immersion-cooled data centers.
Coils designed with enhanced surface area, fin spacing, and loop layout to match immersion tank load profiles and fluid temperature ranges.
Supports cooling demands of high-density immersion tanks (AI, GPU clusters) with customizable heat rejection capacity.
Condenser coils for dielectric vapor condensation or liquid-to-air exchange
Evaporator coils compatible with closed-loop cooling modules
Custom-built dry coolers to expel heat to ambient air during night or cool hours
Free cooling mode available for climates with suitable outdoor temperatures
Optional IoT sensor kits for real-time coil temperature, fluid temperature, and pressure monitoring
Integration-ready with immersion cooling OEM systems and BMS platforms
Click to consult and get the "CO2 Refrigeration System Energy Efficiency Optimization White Paper" + customized coil 3D drawings for free!
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