Data centers are essential infrastructure for a more connected world. As demand for compute accelerates, so do questions about data center energy consumption, data center power consumption, data center water usage and the broader relationship between AI and sustainability.
At Trane Technologies, we challenge the idea that data centers are inherently at odds with sustainability. We are rethinking what makes a data center sustainable through smarter cooling systems, stronger energy management, advanced digital solutions and scalable thermal strategies designed to support rapid growth.
AI is reshaping how data centers are designed and operated, driving demand for cooling strategies that can adapt to higher densities, dynamic workloads and continued growth. Meeting that challenge takes more than individual technologies — it requires integrated thinking across cooling, controls, energy management and plant design. By co-designing solutions with our clients and partners, we can help create data center environments that improve efficiency, reduce waste and support a more sustainable digital economy. We see data centers as more than a growth market; it is a meaningful opportunity to lead through climate innovation.
Trane Technologies offers a globally connected portfolio spanning air cooling, liquid cooling and modular infrastructure. Our service offerings help strengthen resiliency through proactive monitoring, predictive insights and optimized system performance. This breadth enables us to collaborate with clients and partners to deliver flexible, scalable solutions that meet the evolving needs of the digital landscape.
Trane helps the world’s most advanced hyperscale and colocation data centers perform smarter and more reliably. From ideation to long-term ROI, our experts collaboratively design, build, maximize and evolve your data center to best meet your business and operational needs. We bring the right people, insight, solutions and execution at scale to help you move faster, run cooler and stay ready for what’s next.
LiquidStack develops advanced liquid cooling solutions that help data centers support high-density compute with greater efficiency and sustainability. Its portfolio includes direct-to-chip and immersion cooling technologies designed for AI, HPC, hyperscale and colocation environments, along with the engineering and services needed to support deployment and long-term performance.
Stellar Energy provides engineered cooling and energy infrastructure solutions for data centers that require speed, resilience and dependable performance at scale. Its capabilities span design, manufacturing and turnkey delivery, with modular approaches that help simplify construction, support sustainability goals and improve long-term operational efficiency.
News Release
Through continued collaboration with NVIDIA, Trane Technologies has enhanced its thermal management reference design for AI factories, delivering nearly a 10% improvement in overall thermal performance. New high-efficiency designs, advanced cooling capabilities and scalable digital-twin assets help customers design and maximize next-generation AI infrastructure with greater efficiency and flexibility.
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Trane Technologies Helps Infomaniak Data Center Set New Standard for Sustainable Digital Infrastructure with Heat Recovery SystemTrane heat pump technology enables Infomaniak's Geneva data center to recover waste heat and supply thermal energy to thousands of nearby homes, creating a circular energy system.
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Data Center Sustainability: The Value of PartnershipsAs AI infrastructure scales, strategic partnerships are helping Trane Technologies advance data center sustainability with innovative cooling and thermal management solutions.
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Powering the Future of Energy Smart Data CentersAs AI demand grows, data centers are becoming some of the world’s most energy-intensive facilities. Learn how Trane Technologies is collaborating with organizations like ES2 to advance energy-smart data centers through breakthrough cooling innovation, AI-driven optimization and sustainable digital infrastructure solutions.
Data center cooling is the process of removing heat from servers, storage and network equipment to maintain reliable operating conditions. Data center cooling systems help protect uptime, improve performance and support data center energy efficiency.
Common types of data center cooling systems include room-based air cooling, in-row cooling, rear-door heat exchangers, chilled water systems, evaporative cooling and liquid cooling data center solutions. The right cooling system for a data center depends on density, workload, space constraints and performance requirements.
Data center cooling is essential because IT equipment generates significant heat. Effective data center cooling systems help reduce thermal risk, maintain uptime, improve data center energy usage and support long-term equipment performance.
Liquid cooling in a data center uses liquid instead of air as the primary medium for heat removal. Data center liquid cooling can support higher rack densities, improve heat transfer efficiency and help operators manage growing AI workloads.
Data center air conditioning uses cooled air to remove heat from equipment, while data center liquid cooling removes heat more directly through liquid-based systems. Liquid cooling data center strategies are often used when compute density increases beyond the practical limits of air-based systems alone.
Data center cooling can improve data center energy efficiency by reducing unnecessary cooling load, matching capacity to demand, improving airflow, using advanced controls and integrating energy management solutions that optimize performance across systems.
Digital solutions in data centers include connected monitoring, analytics, controls, dashboards and optimization tools that improve visibility and decision-making. These digital business solutions can support uptime, energy management and predictive maintenance.
AI can support data center operations through AI predictive maintenance, optimization, fault detection and analytics. AI in the built environment can help operators better understand system behavior, improve efficiency and respond faster to changing conditions.
Data center water usage can be addressed through thoughtful system design, equipment selection and operational optimization. Cooling strategies should balance performance, climate conditions, energy efficiency and water stewardship goals.
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