Trane provides tailored data center cooling solutions, ensuring optimal performance, energy efficiency, and reliability. Our offerings include advanced cooling technologies like precision cooling, liquid cooling, and free cooling to reduce energy consumption. We offer modular cooling solutions for scalable capacity and data center HVAC systems that optimize airflow and heat dissipation with features like hot and cold aisle containment. Our energy-efficient HVAC units have advanced controls for real-time adjustments. Trane also provides energy management services with DCIM tools for real-time insights into energy use, temperature, and airflow. We integrate renewable energy sources and offer energy-efficient hardware aligned with sustainability initiatives. Our experts collaborate with clients to develop customized solutions from design to support, helping data centers achieve energy savings, enhanced performance, and reliable operations.
Overview
How can Trane help unlock the potential in your thermal management strategy?
Get More Out of Every Part of Your Cooling System
AI workloads are raising density, changing load profiles and pushing cooling systems to do more. Stronger performance starts before equipment is selected, when the full thermal management strategy is designed around the way the site needs to operate.
That’s why Trane starts with collaboration. We work alongside your team to understand your goals, your site’s thermal requirements, your sustainability targets and where you need room to grow. Then our data center engineering specialists use modeling, validation and reference designs to help turn those goals into clearer cooling decisions.
From there, Trane helps connect cooling equipment, controls, data and service expertise across the chiller plant and data hall. This systems-based approach supports uptime while helping your team plan for capacity, efficiency, water strategy and future scale.
Data center performance rules have changed; the future is now.
Our Approach
How does Trane deliver collaborative data center solutions?
Co-creation is the key to success
The process starts with your site, your goals and the way your facility needs to operate. Trane works with your team early to understand site requirements, operating needs, sustainability targets and growth plans. From new builds to retrofits, our specialists help shape a thermal management strategy before design choices become harder to change.
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This is where the work starts to come into focus. Trane brings your team and our experts together to define goals, review operating needs and set the parameters that guide the cooling strategy.
Reference Designs
How do Trane’s data center reference designs help accelerate scalable, AI-ready infrastructure?
Move Faster With a Proven Path to AI-Ready Design
Once the strategy begins to take shape, Trane reference designs help teams move from early planning to clearer cooling decisions. Use them to compare system strategies, evaluate air and liquid cooling approaches and plan for redundancy, energy use, water strategy and growth.
Each design gives engineers a practical starting point they can adapt to the site, load profile and long-term operating goals.
Products & Solutions
How do Trane chillers, CDUs, and controls act as an integrated data center cooling system?
Align Every Part of Your Cooling Plan
With the strategy and system design defined, Trane helps bring your thermal management ecosystem together. Cooling equipment, controls and services are coordinated across the cooling path to help data center teams plan, operate and adapt thermal infrastructure as AI workloads and density grow.
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Perfect for modern data centers and industrial applications, our technology ensures optimal thermal management, reduces energy consumption, and enhances performance.
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Find out how Trane data center chillers and chiller systems are purposefully engineered to meet the AI workload demands of hyperscale and colocation facilities.
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Trane data center air handlers support high-capacity cooling, precise temperature control and efficient operation in high-density environments.
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Trane data center control systems coordinate the thermal management system, helping maintain efficient, reliable performance as loads and operational conditions change.
Sustainability and Performance
How can Trane's custom thermal management solutions enhance data center energy efficiency?
Plan for Growth, Efficiency and Sustainability Together
When cooling strategy, equipment, controls and service are planned as one system, sustainability decisions can be built in earlier. We help your team evaluate choices such as free cooling, heat recovery, water use and long-term service so you can manage higher loads while balancing energy use, water strategy and emissions.
Higher data center densities are opening new opportunities for liquid cooling, heat reuse, energy efficiency, and more sustainable growth.
Insights
Data Center Case Studies, Whitepapers & Insights
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Rethinking Cooling for Mission-Critical Data Centers
Data center cooling methods range from chillers to direct-to-chip liquid cooling. Learn how Trane is rethinking cooling in mission-critical data centers. -
Intelligent monitoring, lifecycle planning, and rapid response help protect hyperscale and colocation facilities from the potential costs of downtime.
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Managing Data Center Acoustics That Impact Communities
Strategies exist to help Hyperscale and colocation AI data center developers mitigate noise levels that impact communities. -
Rethinking Water Usage in Data Centers
Water consumption is a critical design factor for larger data center designs seeking a balance between power and water usage.
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Rethinking Water Usage in Data Centers
Water consumption is a critical design factor for larger data center designs seeking a balance between power and water usage. -
Optimizing Cooling Power for AI Workloads: A Reference Design Approach
A look at holistic cooling strategies and reference designs that cut peak power, boost efficiency, and optimize AI-ready data center performance. -
S4E3: The AI Race: HVAC’s Biggest Stress Test
Today on Cool Air, Hot Takes™, hosts Charlie Jelen and Dan Gentry sit down with Matt Caldwell, Director of AI & Cloud Data Centers at Hyper. -
Visit Trane at Data Center World | Washington, D.C. | April 20–23
From Concept to Deployment: Trane’s Deep Collaboration Helps Enable Speed to Market and Scale for AI Factory Infrastructure
Events
Data Center Trade Shows, Webinars & More
FAQs
Your top data center questions, answered.
Reducing energy consumption and improving data center energy efficiency can be achieved through several strategies. Optimize cooling systems with advanced techniques such as liquid cooling or immersion cooling and regular maintenance. Improve server utilization by consolidating workloads, using virtualization, and implementing dynamic power management. Choose facility level systems that utilize free cooling when ambient conditions allow. Upgrade to energy-efficient hardware and opt for SSDs and high Energy Star ratings. Use energy management software to monitor and manage usage and enhance power distribution with efficient PDUs and UPS. Adopt renewable energy sources, purchase renewable energy credits, and partner with green energy providers. Conduct regular audits to identify inefficiencies and continuously monitor energy usage.
A sustainable or green data center minimizes environmental impact and maximizes energy efficiency. These centers use energy-efficient hardware, advanced cooling techniques, and optimized power management, often measured by Power Usage Effectiveness (PUE). They prioritize renewable energy sources like solar, wind, or hydroelectric power and may purchase renewable energy credits (RECs). Efficient cooling systems and resource conservation practices, such as water-efficient cooling and recycling electronic waste, are key. Green data centers aim to reduce their carbon footprint and often seek certifications like LEED or ENERGY STAR. Continuous monitoring and optimization through data center infrastructure management (DCIM) tools help maintain efficiency.
Meeting data center sustainability goals amid rising energy demands requires a multifaceted approach. Optimize energy usage with advanced cooling techniques like liquid cooling and free cooling, and hot/cold aisle containment. Invest in energy-efficient hardware with high Energy Star ratings. Use virtualization to maximize server utilization and reduce physical servers. Integrate renewable energy sources like solar, wind, or hydroelectric power, and consider on-site systems or renewable energy credits (RECs). Implement energy management software and DCIM tools for real-time monitoring. Adopt sustainable practices such as recycling electronic waste, using eco-friendly materials, and conserving water. Conduct regular energy audits and benchmark against industry standards. Collaborate with technology partners and participate in industry initiatives. Educate employees and stakeholders on sustainability. These strategies will help your data center meet sustainability goals and manage rising energy demands.
Maximizing data center uptime is crucial for continuous operations. Implement redundancy measures like N+1, N+2, or 2N for power, cooling, and network systems. Invest in high-quality UPS and backup generators and regularly maintain and test them. Use DCIM software for real-time monitoring and proactive maintenance. Ensure robust physical and cybersecurity with multi-layered protocols and continuous monitoring. Develop and update a disaster recovery and business continuity plan, including data backup and system restoration. Train staff and conduct regular drills. Optimize cooling with hot and cold aisle containment and liquid cooling. Stay updated on industry best practices and technological advancements. These strategies will help to ensure data center uptime and reliable operations.
Lowering data center cooling costs involves both capital expenditures (CapEx) and operational expenditures (OpEx). For CapEx, invest in energy-efficient cooling systems like liquid cooling, advanced data center HVAC systems, and free cooling techniques. Modular data centers, hot aisle/cold aisle containment, raised floor systems, and energy-efficient building designs also help. On the OpEx side, regular maintenance, optimized temperature settings, energy management systems, virtualization, and advanced monitoring tools improve efficiency. Renewable energy sources can offset costs. Combining strategies like choosing cooler climates, using energy-efficient IT equipment, upgrading cooling systems, and training staff on best practices ensures optimal operation. These approaches can significantly reduce cooling costs while maintaining performance and reliability.
You cannot future-proof your data center, but you can prepare by designing a scalable infrastructure with modular components for easy upgrades. Invest in energy-efficient, high-performance hardware and advanced cooling solutions like liquid cooling or free cooling. Use virtualization and cloud technologies for better resource utilization and scalability. Implement software-defined data center (SDDC) principles for automated resource management. Ensure robust cybersecurity with multi-layered protocols and continuous monitoring. Plan for disaster recovery and business continuity. Regularly update infrastructure, stay informed on industry trends, and collaborate with technology partners. Adopt sustainable practices, such as using renewable energy. These steps will help to keep your data center adaptable, efficient, and secure.
Connect with an expert.
Still not sure which solution is right for you? Connect with a Trane expert.
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