Data center solutions: deploy faster, scale confidently

SLB accelerates deployment, reduces onsite complexity, and delivers quality at scale across resilient, low-carbon power, and cooling-flow control for AI workloads.

Challenge

Scaling data center infrastructure for competitive advantage

The rapid adoption of generative AI is driving an unprecedented surge in demand for high-performance data centers. The benchmark for hyperscale infrastructure is being redefined just as fast: a decade ago, a 50-MW campus was considered large, and today operators are planning, financing, and building campuses at the gigawatt level. Hyperscalers and developers are racing to deploy capacity at this scale to capture market share, secure long-term compute demand, and unlock new revenue streams.

In this environment, speed to deployment translates directly into competitive advantage. Operators increasingly frame this as time-to-token (TTT): how fast they can move from infrastructure deployment to first operational intelligence, turning hardware into revenue and generating returns before the next chip generation. As workloads scale, the pressure shifts to cost per token, making capital efficiency and energy-efficient operation as decisive as raw speed. As data centers scale past 100 MW, maximizing the value of infrastructure-grade capital investment is more important than ever.

At the same time, AI infrastructure is becoming a question of geography and sovereignty. Governments and enterprises increasingly require that data—and the compute that processes it—remain within national borders, driving demand for localized capacity and in-country AI security. Meeting these requirements means deploying at scale across multiple regions at once, with localized manufacturing, global supply chains, and execution that few providers can offer.

Solutions

Accelerating data center deployment as a single integrated system

Delivering data centers that are bigger, faster, and more efficient requires more than modular designs or standardized architectures. It requires an integrated approach that treats infrastructure, construction, supply chain, power generation, electrical distribution, networking, cooling as a single eco-system—not separate workstreams.

SLB brings a systems-level perspective grounded in decades of managing complex, large-scale industrial projects in energy-constrained environments. SLB manufacturing centers apply industrialized delivery models that compress timelines and improve predictability. For developers, this means modularization, offsite construction, and standardized design frameworks delivered with the supply chain orchestration and digital workflows required to make them work in practice. We apply this modular approach as the design partner for NVIDIA DSX AI factories—improving quality and reliability while reducing cost and lead times. The result is a single, accountable approach to delivering data center infrastructure on time, with quality, where you need it.

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Prefabricated modular infrastructure

Engineering support to design new or adapt existing infrastructure for modularity, rapid offsite assembly, and simplified onsite integration, delivered by a worldwide network of engineers, with retrofittable, future-proof designs.

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Infrastructure integration

End-to-end management of offsite construction, onsite installation, and commissioning across heating, cooling, electrical, and integrated systems. Backed by decades of experience managing large-scale, complex projects, we help ensure compliance with quality requirements and schedule commitments at any project scale.

eco

Low-carbon power

Subsurface technology and expertise to identify and develop geothermal resources and carbon storage sites, plus carbon capture equipment for natural gas plants, helping data centers honor their sustainability commitments.

Accelerate your time-to-token

Highlights

Partnering with hyperscalers to deliver data center infrastructure at scale

40%

Prefabricated modular systems reduce onsite construction complexity and accelerate time to operation by up to 40%

50%

Reduction in onsite labor. Offsite fabrication moves mechanical, electrical, and plumbing expertise to controlled environments, reducing availability risk during onsite construction.

>1.3GW

of modular infrastructure solutions delivered to hyperscalers.

Reliability

Parallel offsite workflows in controlled environments help manage quality, consistency, and capital efficiency—improving the economics that drive down cost per token.

Capabilities

Integrated capabilities from offsite infrastructure and deployment to power systems

SLB combines advanced manufacturing, offsite construction, digital optimization, flow-control engineering, and energy expertise to deliver data center performance across the full project life cycle—from design and offsite build through deployment, operations, and power.

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Design—infrastructure modularization and performance optimization
Engineering support to design data center infrastructure for modularity, rapid offsite assembly, and simplified onsite integration. Simulation-driven thermal modeling, cooling optimization, and electrical design help support performance, reliability, and scalability for high-density AI and cloud workloads.

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Build—modular infrastructure
Prefabricated eRooms, central utility building, and server hall infrastructure enable faster deployment and consistent performance across global projects. Preassembled, standardized data center modular skids arrive ready to install, enabling operators to add capacity rapidly and repeatably as demand grows.

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Scale—end-to-end global execution and logistics
A global supply chain, a worldwide network of engineers, manufacturing and commissioning, and general contracting capabilities in key markets help reduce project risk and supply chain interruptions to support deployment at any scale.

monitoring

Operate—digital performance and life cycle management
OptiSite™ facility, equipment, and pipeline solutions enable real-time monitoring, predictive maintenance, and continuous performance improvement, providing operational visibility from day one.

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Power—reliable and lower-carbon energy systems
Deploy low-carbon, baseload energy with 99.999% reliability through geothermal development or natural gas with carbon capture and storage (CCS).

Ready to scale from megawatts to gigawatts?

Dive Deeper

Explore the solutions powering next-generation data centers

Explore SLB capabilities across modular infrastructure, cooling-flow control, digital optimization, and clean energy. Each solution and product page details how we support faster deployment, improved efficiency, reliable cooling and power, and sustainable long-term performance.

News and Insights

Highlights: collaborations and perspectives shaping AI infrastructure

News Release

SLB Industrializes AI for the Energy Industry with NVIDIA

Hallway with glowing blue server racks in a data center.

Insights Article

How can digital infrastructure and smarter policy power the AI age?

Frequently asked questions about data center solutions

How can data center deployment timelines be reduced?

Prefabricated modular systems enable up to 40% faster deployment by shifting mechanical, electrical, and plumbing work offsite and enabling parallel onsite preparation. SLB has provided more than 1.3 GW of modular infrastructure using this approach. AI data centers in particular require reliable power systems, advanced cooling, and scalable electrical infrastructure, all of which benefit from integrated modular delivery.

What energy options support data centers’ 99.999% reliability requirements?

Baseload reliability can be achieved through geothermal, nuclear, natural gas, and oil-based generation. For operators with sustainability targets, low-carbon options include geothermal energy development and natural gas with carbon capture and storage (CCS). SLB provides both geothermal and CCS capabilities as part of an integrated data center energy solution.

How do data centers reduce emissions while scaling?

Data center operators can integrate clean energy systems, improve infrastructure efficiency, and adopt optimized modular designs to manage carbon intensity and total energy use. AI workloads increase power consumption and cooling demand, which makes energy-efficient design and low-carbon generation increasingly important as campuses scale.

Can SLB infrastructure support high-density AI workloads?

Yes. SLB modular infrastructure is engineered for high-density compute environments, supporting the power and thermal management requirements of AI training, inferencing, and high-performance computing workloads.

How is data center performance maintained over time?

OptiSite solutions provide real-time monitoring, automated diagnostics, and predictive maintenance to sustain operational performance across power and infrastructure systems. This SLB solution enables continuous optimization and reduces the risk of unplanned downtime.

What does SLB’s modular infrastructure approach include?

SLB’s modular infrastructure offering spans engineering design for modularity, prefabricated eRooms, central utility building, and server hall infrastructure This is supported by global manufacturing, a worldwide engineering network, and end-to-end commissioning services.