Advanced Thermal Solutions
Optimized Cooling Infrastructure For Cloud Computing Excellence
Data center liquid cooling is now vital for cloud providers dealing with massive computing demands. As cloud systems grow to meet worldwide digital needs, old cooling approaches don’t work anymore. Triton Thermal builds liquid cooling solutions that help cloud providers run faster, spend less, and hit their environmental targets.
The Cloud Computing Cooling Challenge
Today’s cloud providers face four major cooling hurdles:
- Escalating Compute Density : New cloud workloads—especially AI services, analytics, and virtual systems—create intense heat that air cooling can’t handle well. As cloud services add more powerful chips to meet customer needs, racks now use 30-50kW of power, with AI systems often going over 100kW per rack.
- Energy Efficiency Imperatives : Power costs eat up a huge chunk of cloud budgets, with cooling using 30-40% of a data center’s total power. This waste cuts into profits while harming the environment. Cloud providers now see cooling efficiency as a business necessity, not just an operations issue.
- Sustainability Commitments : Major cloud companies have set bold goals to cut carbon. Meeting these targets means completely rethinking how data centers handle heat since standard cooling methods can’t deliver the needed improvements.
- Global Expansion Constraints : Setting up cloud systems in different regions means dealing with various climates, local rules, and resource limits. Modern cooling must adapt to these differences while staying reliable.
Liquid Cooling Solutions for Cloud Excellence
Triton Thermal offers complete liquid cooling systems made specifically for cloud environments:
Direct Liquid-to-Chip (DLtC) Cooling
Our DLtC systems cool hot spots right at the source. This approach delivers:
- Better Server Performance: Stops thermal slowdowns, keeping processors running at top speed
- Higher Rack Densities: Handles over 100kW per rack without reliability issues
- Lower Energy Use: Cuts cooling energy needs by 30-50% compared to air cooling
Rear Door Heat Exchangers (RDHx)
For cloud providers wanting a step-by-step move to liquid cooling, our rear door systems offer:
- Easy Setup: Works with your current racks without major changes
- Scalable Support: Handles up to 50kW per rack with no fans needed
- Works with Air Cooling: Functions alongside existing systems during the transition
Immersion Cooling
For the most dense cloud systems, especially AI workloads, our immersion cooling provides:
- Maximum Cooling Power: Dunk’s servers in special fluid for complete heat transfer
- Extreme Density: Supports over 200kW per rack
- Simpler Systems: Gets rid of fans and heat sinks, cutting maintenance needs
Integrated Cooling Distribution
Our full approach includes all the vital equipment that connects your cooling systems:
- Custom CDUs: Cooling Distribution Units built for cloud workload patterns
- Smart Heat Removal: Works with chillers, dry coolers, and mixed systems
- Intelligent Controls: Data-driven temperature management for best efficiency
Business Benefits for Cloud Providers
Using Triton Thermal’s liquid cooling brings clear advantages
Operational Cost Reduction
- Better PUE: Lower Power Usage Effectiveness from 1.5-1.7 down to 1.1-1.2
- Energy Savings: Reduce cooling power use by 30-50%
- Longer Hardware Life: Steady temperatures reduce stress on components
Enhanced Service Capabilities
- More Computing Power: Pack more processing power in your existing space
- Steady Performance: Eliminate slowdowns for consistent service
- Support for Special Workloads: Enable AI, ML, and HPC services that need intense computing
Sustainability Improvements
- Lower Carbon Footprint: Less energy use means fewer emissions
- Less Water Use: Advanced cooling cuts or eliminates water consumption
- Meet Green Goals: Support your company’s environmental targets with real improvements
The Triton Thermal Advantage for Cloud Computing Cooling Solutions
Triton Thermal brings complete expertise in cloud cooling optimization. Our engineers work closely with you to design, set up, and support cooling systems made for your specific needs and business goals.
What To Expect
- Complete Solutions: We create complete solutions engineered for your unique setup.
- Best Components: Our vendor-neutral approach lets us pick the best parts from our partner network to deliver the most effective, efficient, and reliable cooling solution for your needs.
- Complete Support: We help from pre-construction planning through installation and ongoing improvements
Cloud Provider Cooling FAQ
How does liquid cooling help us support AI and ML workloads?
AI and ML systems use power-hungry chips (GPUs, TPUs) that create lots of heat. Liquid cooling pulls this heat directly away, preventing slowdowns. This lets you offer consistent, high-speed AI services while supporting extremely dense racks—often over 80-100kW per rack. The better cooling efficiency also cuts costs, making AI/ML services more profitable.
What should we consider when switching from air cooling?
You can move to liquid cooling in phases. We start with a full facility check to find the best path based on your systems, workloads, and business goals. First deployments often focus on high-density areas or new equipment, then expand as you gain confidence. Our facility evaluation services ensure smooth transitions while maximizing gains.
How does liquid cooling affect our sustainability metrics?
Liquid cooling brings big improvements to key green metrics. You’ll see PUE drop from 1.5-1.7 down to 1.1-1.2, saving 30-40% on cooling energy. Water use can drop dramatically, especially with closed-loop systems using dry coolers. These savings directly cut carbon emissions, supporting your carbon reduction targets and improving ESG reporting to stakeholders.
What ROI can we expect from liquid cooling?
The return comes through multiple channels. Direct energy savings of 30-50% cut immediate operation costs. Increased rack density puts more compute in less space, maximizing your facility investment and delaying costly expansions. Better reliability reduces maintenance and downtime costs. Our TCO modelling services provide a detailed analysis of expected returns for your specific environment, with typical payback in 12-36 months.
How do your cooling systems work with our cloud management platforms?
Our systems include advanced monitoring interfaces that connect seamlessly with your cloud platforms. Standard protocols (SNMP, Modbus, BACnet) enable real-time data sharing with facility systems, while REST APIs connect with higher-level platforms. This lets you adjust cooling based on workloads, prioritizing efficiency during quiet periods. The result is a smart cooling system that works with your cloud management rather than separate from it.