End-to-End Cooling Solutions
Engineering Excellence for the Future of Data Center Performance
Our Services
Triton Thermal delivers specialized services across two main categories, with comprehensive support capabilities that apply to both:
Data center liquid cooling represents the future of high-performance computing environments. At Triton Thermal, we provide end-to-end engineering and implementation services for both existing facilities and new construction. Our vendor-neutral approach ensures you receive the optimal cooling solution for your specific needs.
Our engineering-first approach addresses the complete spectrum of thermal management challenges, from direct liquid-to-chip cooling to facility-wide heat rejection systems. Whether you’re retrofitting an existing data center or designing a new facility, we deliver solutions that maximize compute capacity, minimize energy consumption, and optimize the total cost of ownership.
For Existing Facilities
Assessment & Optimization of Existing Data Centers
Today’s data centers face increasing pressure to support AI, HPC, and other compute-intensive workloads while managing power, cooling, and operational costs. Many existing facilities are limited by legacy air-cooling systems that:
Our Approach
We evaluate your current environment and develop a customized roadmap for:
- Infrastructure Density Uplift (IDU): Transition from air cooling to liquid cooling technologies to support up to 30x more compute per rack without increasing power use
- Data Center Thermal Optimization: Implement advanced liquid cooling to drive PUE toward 1.0 and minimize wasted energy
- Power Reallocation: Free up 20-40% of cooling power and redirect it to revenue-generating computing
- ROI Modeling: Provide clear financial comparisons between current costs and optimized cooling benefits
Business Impact
Upgrading your existing facility delivers strategic advantages:
- Lower cooling power use by up to 40%
- Enable high-value AI, ML, and HPC workloads.
- Extend facility lifespan without costly new construction.
- Improve sustainability metrics and reduce water use.
- Enhance system reliability and reduce downtime risk.
Financial Modeling & Interactive ROI Calculators
We provide data-driven insights through interactive tools that help you:
- Compare current OpEx vs. projected savings with liquid cooling.
- Model different CapEx investment scenarios for optimal decisions
- Calculate payback periods, NPV, and IRR for cooling upgrades.
- Quantify power freed up for revenue-generating computing.
- Visualize before-and-after PUE improvements.
- Generate reports aligned with your business objectives.
- Evaluate impacts on profitability, sustainability, and growth.
For New Construction
Engineering & Design of New Facilities
Modern HPC, AI, and cloud workloads demand next-generation data center design beyond traditional cooling methods. Whether you’re building a hyper-scale, enterprise, colocation, or AI-specific facility, your infrastructure choices define efficiency, scalability, and profitability.
Our Approach
We partner with data center operators, enterprise IT teams, and infrastructure leaders to create future-proof environments:
- Optimized Cooling Strategy: Implement liquid cooling from day one to maximize density and minimize wasted power
- Built-In Infrastructure Density: Design for up to 30x more compute per rack compared to legacy approaches
- Power Efficiency: Engineer electrical systems that redirect cooling power savings to computing
- Adaptable Architecture: Create flexible facilities that evolve with changing computing demands
Business Impact
A future-ready data center provides competitive advantages:
- Maximize computing capacity and revenue potential.
- Start with lower operational costs from day one.
- Build without legacy cooling constraints.
- Meet sustainability goals from the beginning.
- Scale seamlessly as demands grow.
Our Full Lifecycle Partnership
We support every phase from concept to operation:
- Initial feasibility and site assessment
- Engineering and design optimization
- Deployment and implementation
- Ongoing optimization and support
Services For All Facilities
Best-of-Breed System Selection
Modern computing demands more than off-the-shelf cooling solutions. Our engineering expertise helps select and integrate the optimal technologies for your environment.
Our Approach
We partner with data center operators, enterprise IT teams, and infrastructure leaders to create future-proof environments:
- Optimized Cooling Strategy: Implement liquid cooling from day one to maximize density and minimize wasted power
- Built-In Infrastructure Density: Design for up to 30x more compute per rack compared to legacy approaches
- Power Efficiency: Engineer electrical systems that redirect cooling power savings to computing
- Adaptable Architecture: Create flexible facilities that evolve with changing computing demands
Total Cost of Ownership (TCO) Modeling
For Existing Facilities
- Reduce cooling energy by 20-40%
- Deploy 3x-30x more compute within the current footprint.
- Redirect saved power to revenue generation.
- Extend the useful life of the current infrastructure.
For New Construction
- Design for ultra-low PUE (1.05-1.2) from day one
- Minimize mechanical infrastructure costs.
- Support sustainability compliance
- Build for future computing density.
PUE Calculation Example
PUE & Energy Optimization
Power Usage Effectiveness (PUE) measures how efficiently your data center uses energy. We design cooling solutions that push PUE toward 1.0 to maximize compute power and minimize waste.
For Existing Facilities
Many sites struggle with PUE of 1.7-2.5+ due to outdated cooling and poor airflow management.
For New Construction
Well-designed liquid cooling can achieve a PUE of 1.05-1.2, dramatically reducing lifetime operational costs.
Our Approach
- Implement direct liquid cooling to eliminate air cooling inefficiencies.
- Reduce mechanical cooling dependencies.
- Reallocate power from cooling to computing.
- Align with sustainability and ESG requirements.
Financing Solutions
Data center cooling upgrades require significant capital. We help structure financing to make advanced cooling accessible and financially viable.
For Retrofits
- Overcome upfront capital constraints.
- Modernize with creative financing.
- Start saving immediately while managing cash flow.
For New Builds
- Structure construction financing for optimal returns
- Design capital models that align with business goals
- Balance efficiency, scalability, and financial flexibility
Our Complete Solution
- Access to project-based financing
- Custom financial structuring aligned with efficiency savings.
- TCO-driven investment strategies with clear ROI
- ESG & Sustainability Financing Options: Access to green financing incentives for energy-efficient projects
Comprehensive Support Services
We provide end-to-end service partnerships throughout your cooling infrastructure lifecycle:
Design & Engineering
- Custom cooling system design
- PUE optimization modeling
- Full mechanical and electrical integration
Implementation
- On-site deployment and system integration
- Start-up support for cooling systems
- Pre-commissioning calibration and testing
Ongoing Support
- Technical troubleshooting and remote monitoring
- Preventative maintenance programs
- OEM-Backed Warranty & Support: We manage both Triton Thermal warranties and manufacturer warranties, ensuring customers receive seamless coverage and priority support
- Spare parts and replacement programs
Why Choose Triton Thermal?
Engineering-First Approach
Business-Aligned Strategy
Future-Ready Solutions
Full Lifecycle Partnership
Ready to transform your data center cooling infrastructure? Contact our team to start the conversation.