DATA CENTER THERMAL MANAGEMENT
Data centers house critical IT infrastructure that generates substantial heat. Ensuring reliable, efficient cooling is essential for system uptime, energy optimization, and equipment longevity all while aligning with sustainability goals.
Data centers house critical IT infrastructure that generates substantial heat. Ensuring reliable, efficient cooling is essential for system uptime, energy optimization, and equipment longevity all while aligning with sustainability goals.
The main challenges in this sector
The main challenges in this sector
High and constant heat loads
Servers and storage systems operate 24/7, producing continuous thermal loads that must be stabilized efficiently to avoid overheating.
Need for ultra-high reliability
Downtime is not an option. Cooling systems must provide redundancy, leak-proof performance, and tolerate variable load conditions.
Energy usage and carbon footprint
Cooling accounts for 30–50% of total data center energy use. Efficient heat exchange supports PUE optimization and lower emissions.
Water usage and indoor air separation
Liquid cooling or indirect air systems require closed-loop cooling, avoiding contamination and ensuring clean, compact thermal transfer.
Our involvement in the sector
Nexson offers welded, compact heat exchangers designed for high reliability and low maintenance in server room cooling loops, liquid-to-liquid systems, and free cooling integration, maximizing uptime and energy performance.
Securing uptime with high-efficiency thermal systems
Leak-tight and service-friendly operation
While gasketed, our exchangers are engineered for secure sealing and fast gasket replacement, minimizing downtime. Ideal for secondary cooling loops and applications where scheduled maintenance is possible without affecting uptime.
Stable performance under high thermal loads
Engineered to maintain thermal efficiency even with fluctuating loads, Nexson units support 24/7 reliability and quick response to changing demand.
Applications in indirect and liquid cooling systems
Whether in liquid-to-air, liquid-to-liquid, or rear-door heat exchangers, our gasketed systems fit seamlessly into modular or hyperscale infrastructure.
Efficient heat recovery for energy optimization
By reinjecting waste heat into nearby systems like district heating or absorption chillers, Nexson exchangers support energy reuse and carbon reduction strategies.
Securing uptime with high-efficiency thermal systems
Leak-tight and service-friendly operation
While gasketed, our exchangers are engineered for secure sealing and fast gasket replacement, minimizing downtime. Ideal for secondary cooling loops and applications where scheduled maintenance is possible without affecting uptime.
Stable performance under high thermal loads
Engineered to maintain thermal efficiency even with fluctuating loads, Nexson units support 24/7 reliability and quick response to changing demand.
Applications in indirect and liquid cooling systems
Whether in liquid-to-air, liquid-to-liquid, or rear-door heat exchangers, our gasketed systems fit seamlessly into modular or hyperscale infrastructure.
Efficient heat recovery for energy optimization
By reinjecting waste heat into nearby systems like district heating or absorption chillers, Nexson exchangers support energy reuse and carbon reduction strategies.
