Aquilon Inrow

High-Density Cooling Where You Need It Most

Aquilon InRow places cooling capacity directly within the row, reducing airflow transport requirements and improving cooling effectiveness for high-density computing environments. Combining natural refrigerant CO₂ technology, patented RainCycle™ free cooling, and flexible deployment options, Aquilon InRow provides an efficient and sustainable cooling strategy for modern data centers.

Cooling capacity located directly adjacent to IT equipment
Supports high-density rack deployments and hotspot mitigation
Integrated RainCycle™ free cooling technology

Aquilon Inrow

Localized Cooling for High-Density Deployments

Aquilon InRow places cooling capacity directly within the row, allowing heat to be captured and managed closer to the source. This reduces the distance air must travel through the space, improves cooling effectiveness, and provides a scalable approach for supporting high-density computing environments. Patented RainCycle™ technology further reduces energy consumption through extended free-cooling operation.

Features

Natural refrigerant CO₂ with a GWP of 1
Reduced recirculation and hotspot risk
Closer to the workload
Reduced compressor runtime
Reduced piping requirements

Cooling capacity located directly within the row
Supports high-density rack deployments
Patented RainCycle™ thermosiphon free cooling
CO₂/CO₂ and CO₂/chilled water configurations
Service-friendly standard components

Benefits

Maximize Cooling Efficiency

RainCycle™ technology extends free cooling operation and reduces compressor runtime across a wide range of ambient conditions.

Support High-Density Rack Deploment

Cooling capacity located directly within the row improves cooling effectiveness and helps manage localized heat loads.

Reduce Total Cost of Ownsership

Lower energy consumption, reduced refrigerant charge and efficient operation help decrease lifecycle operating costs.

Future-Proof Refrigerant Strategy

Natural refrigerant CO₂ with a GWP of 1 helps eliminate HFC phasedown concerns while supporting long-term sustainability objectives.