Powering the Future of AI with Industrial Automation
ABB has joined forces with NVIDIA to accelerate the development of gigawatt-scale data centers tailored for next-generation AI workloads. This strategic collaboration focuses on deploying high-efficiency power distribution systems, a critical need as global data center demand surges. By integrating industrial automation technologies with advanced power electronics, ABB aims to redefine how data centers manage energy at scale.
Introducing 800 VDC Architecture for High-Density Server Racks
NVIDIA plans to introduce an 800 VDC power architecture to support 1 megawatt server racks. This marks a significant shift from traditional AC-based systems. ABB will contribute its expertise in solid-state electronics, UPS systems, and DC distribution, enabling scalable and efficient power delivery. As a result, data centers can reduce energy loss and simplify infrastructure design.
Medium Voltage UPS and DC Distribution: A New Paradigm
To meet AI’s growing energy demands, future data centers will combine medium voltage (MV) UPS with direct current (DC) distribution. This architecture leverages solid-state power electronics to enhance reliability and reduce conversion stages. Moreover, it aligns with trends in factory automation and control systems, where DC power improves system responsiveness and efficiency.
AI Workloads Drive Unprecedented Growth in Data Center Capacity
According to Dell’Oro Group, global data center capacity will rise from 80 GW in 2024 to 220 GW by 2030. AI workloads will contribute nearly 70% of this growth, demanding robust and scalable power infrastructure. Therefore, ABB and NVIDIA’s initiative addresses a critical bottleneck in digital transformation and cloud infrastructure scalability.
ABB’s Strategic Role in Industrial Power Innovation
ABB has long invested in cutting-edge UPS, DC systems, and solid-state electronics. This collaboration reinforces its leadership in industrial automation and power control. By supporting NVIDIA’s Kyber rack architecture, ABB helps create a foundation for AI factories that require consistent, high-density power delivery.
Expert Commentary: Why 800 VDC Matters for Automation
From an engineering perspective, 800 VDC systems offer several advantages: reduced copper usage, lower heat generation, and simplified cabling. These benefits translate into lower capital expenditure and easier maintenance. In industrial settings, such as PLC and DCS-based control systems, adopting DC architectures can streamline operations and improve uptime.
Application Scenario: AI-Driven Manufacturing Facilities
Consider a smart manufacturing facility deploying AI-based quality inspection. With ABB’s MV UPS and DC distribution, the facility can maintain uninterrupted power for high-performance GPUs. This ensures real-time analytics and fault detection without compromising energy efficiency—a practical example of industrial automation meeting AI infrastructure.