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What Do Scalable Liquid Cooling Solutions Mean to Us?

Why Scalable Cooling Matters for Modern Data Centers

Liquid cooling must keep pace with rapidly increasing global data center electricity demand. According to Gartner, data center electricity consumption is projected to reach ~448 TWh in 2025, up significantly from past years. The IEA estimates it was around 415 TWh in 2024 and expect demand to more than double by 2030. Demand continues to climb sharply as AI workloads scale, despite improved equipment efficiency. Data center operators face a clear challenge: fixed-capacity cooling systems will not support future growth. Scalable liquid cooling now plays a critical role in enabling long-term data center expansion. 
Projected global data center electricity consumption

Why Scalable Liquid Cooling Matters for AI-Driven Data Centers

Scalable liquid cooling delivers the right level of thermal performance for every type of data center deployment. Boyd supports compact edge sites, colocation facilities, and large enterprise data centers powering the latest AI workloads. Each installation demands tailored flow characteristics, cooling capacities, and integration strategies to ensure long-term efficiency and performance. 

Liquid Cooling Designed for High-Density Edge and Small Data Centers

Smaller and edge data centers need liquid cooling solutions that deploy quickly, integrate cleanly, and deliver dependable thermal performance without lengthy engineering cycles. Boyd provides operators with a ready-to-install foundation that accelerates deployment and reduces design risk through modular cold plates, manifolds, and reference liquid loop designs. As workloads and rack power densities increase, these standardized building blocks deliver consistent thermal performance, predictable flow behavior, and a clear path to future scalability. 

Custom-Engineered Liquid Cooling for Large Enterprise and AI Data Centers

Large enterprise and AI-driven data centers require highly engineered liquid cooling systems designed to handle extreme power densities and continuous workload growth. Boyd’s global engineering teams develop custom cold plates, manifolds, and coolant distribution units that align with each facility’s thermal demands. Our in-house SmartCFD simulation software models the entire flow network to maximize heat extraction, identify pressure drop constraints, and improve system-level efficiency. This engineering-first approach ensures predictable performance and long-term scalability for every large-scale installation. 

Global Manufacturing Capacity and Service Support at Any Scale

Scaling liquid cooling across diverse data center environments requires reliable production, consistent quality, and rapid regional support. Boyd’s high-capacity global manufacturing network supplies cold plates, liquid loops, CDUs, and other critical thermal components at the volumes demanded by fast-growing AI and cloud infrastructure. Our service and field engineering teams deliver prompt on-site support during installation, commissioning, and long-term operation, while our facilities in North America, Europe, and Asia maintain strict process controls to ensure repeatable performance. Boyd’s global footprint enables deployments of any size with the same level of precision and dependability. 

Enabling Scalable Cooling for the Future of Data Centers

Scalable liquid cooling remains essential for sustaining long-term infrastructure growth as data center power densities increase and AI workloads surge. Boyd supports operators across every environment, from small edge sites and colocation facilities to large enterprise data centers that require custom-engineered thermal systems. Our global manufacturing strength, advanced simulation tools, and responsive service teams ensure every deployment delivers reliable performance and scales with future demand. Collaborate with Boyd to build and deploy liquid cooling solutions that power the next wave of data center innovation. 

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