Schneider Electric, a global leader in the digital transformation of energy management and automation, has reinforced its commitment to advancing 800 VDC power architectures, a key enabler for next-generation data centers. The company is driving innovation in high-voltage direct current (800 VDC) systems to support the growing power demands of cutting-edge technologies, including NVIDIA’s latest generation of high-performance GPUs. As data centers evolve to accommodate increasingly dense computing workloads, especially in AI and high-performance computing, the need for more efficient and scalable power delivery has become critical. Traditional 48 VDC systems are reaching their limits in terms of power density and efficiency, making 800 VDC a vital solution for reducing energy loss, minimizing footprint, and supporting higher power per rack. Schneider Electric is at the forefront of this shift, offering integrated solutions that combine advanced power distribution, intelligent monitoring, and thermal management tailored for 800 VDC environments. These innovations help data center operators improve energy efficiency, lower total cost of ownership, and future-proof their infrastructure. The company’s approach includes modular power systems, intelligent switchgear, and real-time analytics that ensure reliability and performance in high-density deployments. By aligning with NVIDIA’s next-generation GPU platforms, which require significantly higher power delivery and thermal management, Schneider Electric is helping data center operators meet the demands of AI workloads with greater speed, safety, and efficiency. This strategic focus reflects a broader industry transition toward higher voltage architectures as a foundational step in building sustainable, scalable, and resilient data centers for the AI era. Schneider Electric continues to collaborate with technology leaders, system integrators, and end users to drive adoption and standardization of 800 VDC solutions across the data center ecosystem.