CircleGen plans liquid-cooling systems around the compute load, deployment environment, site utilities and heat-rejection method. Heat reuse can be evaluated where temperatures and local demand make it practical.
Thermal capacity, facility efficiency, water use and heat-reuse potential are documented for the selected hardware, site and operating conditions. Deployment conditions are reviewed for each site, including climate, utilities, access and service requirements.
Project economics and energy effects are calculated from the approved IT load, facility design and agreed operating baseline.
Cooling capacity is selected from the approved server configuration, fluid temperatures and facility-side conditions.
Compatible immersed hardware is isolated from airborne dust and ambient humidity during operation. Material compatibility and maintenance procedures must be verified for every deployment.
Modular systems can be adapted to different facilities after power, access, controls and heat-rejection requirements are reviewed.
Hardware, fluid and materials compatibility, contamination control and maintenance procedures are assessed for every configuration.
Water use depends on the selected heat-rejection system. Closed-loop and dry-cooler options are evaluated for each site.
Project economics and energy effects are calculated from the approved IT load, facility design and agreed operating baseline. Project economics and energy effects are calculated from the approved IT load, facility design and agreed operating baseline. Performance and resource use are documented for the selected hardware, site and operating conditions. Besides, your servers consume less since they do not need fans.
Measure efficiency for the complete site
We model IT load and auxiliary systems together, then define measurable design targets for the selected climate and operating profile.
Reduce avoidable cooling overhead
Removing server fans and matching pumps and heat rejection to the load can reduce auxiliary energy. Savings must be calculated against the actual baseline.
Closed-loop heat-rejection options
Dry coolers, hybrid systems and water loops can be evaluated for the site. Water use and operating temperatures are documented in the project design.
Recover heat where demand and temperature align
Rejected heat may support nearby processes or buildings when the temperature level, distance and demand profile justify a recovery system.
Faster deployment through modular design
Predefined interfaces and factory-prepared modules can reduce on-site work. The installation plan still accounts for power, piping, controls, access and commissioning.
Protect hardware from airborne contamination
Immersed components are isolated from dust and ambient humidity during operation. Compatibility, cleaning and maintenance procedures remain essential.
Plan for high-density workloads
Thermal capacity is selected from the server configuration, allowable fluid temperature and facility-side cooling conditions.
Operational controls and maintenance
Monitoring, filtration, alarms and service access are included in the operating concept so the system can be maintained safely.
Compare air, direct-to-chip and immersion cooling against density, utilities, maintenance and expansion requirements.
Save money
Your data center saves you money every day with a healthy heat recovery system, thanks to which you can heat residential areas, farms and any infrastructure where heat is needed.Save ecology
Thermal capacity, facility efficiency, water use and heat-reuse potential are documented for the selected hardware, site and operating conditions.Save energy
Another advantage of ours is that our technology is 100 percent scalable. You can deploy a data center anywhere in the world and even in the most extreme weather conditions. The average sweep time of the data center is 5 days.Technology
Circle Gen's technology allows the data center to be deployed using immersion cooling anywhere in the world or in an existing data center. Our solution has its advantages over standard air coolingExperience
Thanks to our technology and experience in building high performance data centers, we can replace your 5 server risers with just one Circle Gen. Performance and resource use are documented for the selected hardware, site and operating conditions.Effect
Your data center will not waste heat into the environment. Becouse our technology is completely environmentally friendly. You do not waste water, because water circulates in a closed circuit all the timeCompute infrastructure designed as a complete system
Single-phase immersion cooling transfers heat from compatible IT hardware into a dielectric fluid, then through a heat exchanger to a separate facility loop.
Together with partner companies, us in our advantages (reduced cost and construction time), we offer interested organizations the const ruction of data centers for their tasks. Performance and resource use are documented for the selected hardware, site and operating conditions.
You now do not need to think about climatic conditions to host your data center, as we at CIRCLEGEN create date centers anywhere in the world and in any, even the most extreme climatic conditions. Performance and resource use are documented for the selected hardware, site and operating conditions.
Circle Gen developed advanced portable container like Mobile Data Center unit called CG SmartBox, CG and smart infrastructure for data center. Which can be transported around the world and deployed at any energy source. It is the only right choice for mobile data center
Associated gas is produced from the reservoir together with the oil. Today, flaring and venting continue in locations where local markets and gas transportation infrastructure are lacking. Circle Gen uses gas electric generators to convert associated gas into electricity, then electricity is used onsite for data center, AI training and etc.
Project-specific data center design
We work with engineering and delivery partners to plan modular compute infrastructure. Power, cooling, controls, transport and commissioning requirements are defined for each project.
Site-aware cooling design
Cooling architecture should reflect ambient conditions, water availability, power quality and maintenance access. CircleGen evaluates those constraints before selecting a configuration.
Modular and containerized deployments
Containerized configurations can reduce on-site assembly and support phased capacity growth. Final power, cooling and transport requirements are defined for each deployment.
On-site energy integration
Where permitted and technically suitable, compute infrastructure can be integrated with local generation or otherwise curtailed energy. Each project requires engineering, emissions, grid and regulatory review.
Ask questions, tell us more about your upcoming datacenter/HPC or Hyperscale project. We’re here to help
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