Advanced Thermal Management
Modernizing Enterprise Computing Infrastructure
Traditional enterprise data centers must adapt to growing workloads while maintaining efficiency. We provide liquid cooling solutions for both new builds and retrofits, optimizing performance, reducing operational costs, and enabling businesses to scale their computing power without costly infrastructure expansion.
Enterprise Data Center Challenges
Today’s enterprise data centers face growing challenges:
- More Computing Needs: AI, analytics, and business apps need more power than ever
- Limited Space: Physical expansion is often impossible or too expensive
- Power Limits: Electrical connections and infrastructure cap growth
- Green Goals: Companies need to use less energy to meet climate commitments
- Cost Cutting: IT departments must reduce operating costs
- New vs. Old Facilities: Different challenges, whether building new or upgrading existing infrastructure
As racks go from using 5-10kW to 20kW and beyond, regular air cooling can’t keep up. Liquid cooling offers a way forward, letting businesses overcome these challenges, whether they’re designing a new data center or improving what they have.
Liquid Cooling Solutions for Enterprise
Triton Thermal offers cooling options made for enterprise needs:
Rear Door Heat Exchangers for Easy Installation
Rear door heat exchangers are the simplest way to start liquid cooling:
- Easy to install without changing your building
- Works with your current racks and servers
- Handles different types of IT equipment
- Can cool up to 80kW of heat per rack
- Quick to set up with little disruption
Direct-to-Chip Cooling for High-Performance Needs
For AI and data analytics, direct-to-chip cooling provides targeted cooling:
- Cools CPUs, GPUs, and other hot parts directly
- It prevents computers from slowing down due to heat
- Supports high-performance computing in your building
- Can start with just critical racks and grow over time
- It uses 30-40% less energy than traditional cooling
Hybrid Cooling for Practical Use
Our hybrid cooling approaches create the right balance for your needs:
- Combine liquid cooling with your current air systems
- Targets high-heat areas while keeping air cooling elsewhere
- It rolls out in stages to match your budgets and refresh cycles
- Reuses as much of your current equipment as possible
- Grows flexibly as your computing needs change
Supporting Equipment
Enterprise cooling upgrades need well-designed support systems:
- Cooling Distribution Units (CDUs) sized right for your needs
- Integration with your building management systems
- Smart monitoring to predict maintenance needs
- Backup options that match your business requirements
- Efficient pumping to keep running costs low
Business Benefits for Enterprise Data Centers
Our liquid cooling solutions provide real business value:
Cost Savings
- Lower Energy Bills: Studies show liquid cooling can cut facility power use by 15-18% compared to air cooling
- Longer Building Life: Support more computing without needing new construction.
- Better PUE: Improve your PUE by 10-15% according to published research
- Less Maintenance: Fewer cooling parts means less upkeep and fewer repairs
Operations Improvements
- More Computing Power: Fit more processing in the same space
- Better Reliability: No more hot spots or heat problems
- Improved Performance: Keep critical applications running at full speed
- Future-Ready: Support AI, machine learning and data analytics
Green Benefits
- Use Less Energy: Cut cooling power by 30-40% to improve sustainability scores.
- Lower Carbon Footprint: Reduce emissions through efficiency gains
- Use Less Water: Minimize or eliminate water needed for cooling.
- Heat Recovery: Reuse waste heat for heating your building
Our Process
How We Work With Enterprise Data Centers
Triton Thermal uses a business-focused approach for both new builds and retrofits
Facility Evaluation
We look at your current setup, computing needs, and building limits.
Detailed Planning
We develop a step-by-step roadmap that aligns with your business goals
Design & Engineering
We create custom solutions whether you’re building new or upgrading existing facilities
Execution & Installation
We work carefully to avoid disrupting your operations during retrofits or coordinating with contractors during new construction.
Monitor & Test
We thoroughly check that everything works as planned
Optimization
We keep fine-tuning to maintain peak efficiency.
The Triton Thermal Advantage for Enterprise Datacenter Cooling
Our team looks at every aspect of your data center cooling needs, whether you’re building new or improving existing infrastructure, to create the most efficient and reliable solutions for your business. Contact our enterprise cooling experts to discuss your data center challenges.
What To Expect
- Practical Solutions: We design systems that work within your real-world constraints and business needs
- Best Components: We choose the best parts from leading makers based on your specific situation
- Complete Support: We help from pre-construction planning through installation and ongoing improvements
Enterprise Data Center Cooling FAQ
How quickly will liquid cooling pay for itself in my data center?
Most enterprise data centers see payback in 2-3 years through combined savings. Research shows hybrid liquid cooling can cut total data center power by 10.2% and facility power by 18.1% compared to air cooling. Your exact payback depends on your current PUE, energy costs, and which cooling approach you choose. We’ll examine your specific environment and provide detailed financial projections that include both direct energy savings and indirect benefits like increased computing capacity and longer building life.
Can you install liquid cooling without disrupting our operations?
Yes. We specialize in no-downtime installations for 24/7 enterprise environments. Rear door heat exchangers usually need just a brief maintenance window for each rack. Direct-to-chip solutions are typically installed during planned hardware upgrades. Our step-by-step approach lets you start with your most critical areas and expand over time. We create detailed plans that keep your business running and work closely with your IT and facilities teams throughout the process.
How does liquid cooling affect our disaster recovery plans?
Liquid cooling typically improves reliability by eliminating heat issues that can cause unexpected downtime. However, you should update your disaster recovery plans to include your new cooling systems. We help integrate liquid cooling into your existing plans and ensure all possible failure scenarios are addressed. Modern liquid cooling includes backup options, leak detection, and connects to your monitoring systems. Our designs can work with your existing backup cooling approaches or provide new backup strategies suited to your business needs.
Will our staff need special training to maintain liquid cooling systems?
While liquid cooling introduces new concepts, most facility teams can quickly learn with proper training. We provide easy-to-understand documentation and hands-on training for your staff as part of our installation. Day-to-day maintenance of liquid cooling is often simpler than managing complex air cooling systems. For organizations with limited staff, we offer ongoing support and maintenance programs to help your team. Many components are designed for easy replacement without specialized skills.
How can liquid cooling help us meet our sustainability goals?
Liquid cooling delivers significant environmental benefits that support green initiatives. Studies show enterprise data centers with liquid cooling can cut energy use by 30-40% compared to conventional cooling. This directly reduces carbon emissions. Water usage can be dramatically reduced or eliminated compared to evaporative cooling methods. Some systems allow waste heat recovery for heating your building or other uses. These improvements can be measured and included in your sustainability reporting, providing concrete evidence of progress toward environmental goals.