NVIDIA Accelerates 800V DC Standard for AI Data Centers, Tapping Korean Power Equipment Makers

NVIDIA is leading a shift to an 800V DC power standard for AI data centers to significantly boost energy efficiency.

This move is driven by the urgent need to manage the massive electricity consumption of AI, which is outpacing the expansion of power grids.

The new standard creates major opportunities for power equipment suppliers, particularly Korean companies like LS ELECTRIC, who are becoming key partners in building this new infrastructure.

NVDA

NVIDIA has begun a major push to establish 800V DC as the new power standard for AI data centers, a move signaling a critical shift in the industry.

So, why is this happening now? The conversation around AI has pivoted from its massive computational power to its equally massive electricity consumption. Global data centers are projected to consume nearly 1,000 TWh by 2030, an amount comparable to the entire electricity consumption of Japan. This voracious appetite for energy is straining existing power grids faster than new infrastructure can be built. In this environment, even a small percentage of energy savings inside the data center becomes incredibly significant.

The move to 800V DC offers a direct solution to this power challenge. First, today’s data centers waste energy by repeatedly converting power between alternating current (AC) from the grid and direct current (DC) that chips use. An 800V DC system eliminates several of these wasteful conversion steps. Second, by doubling the voltage from the current ~400V standard, it halves the electrical current needed to deliver the same amount of power. This is important because lower current dramatically reduces energy lost as heat in copper wires—a phenomenon known as I²R loss—by about 75%.

This isn't just an idea from NVIDIA; it's a coordinated ecosystem-wide pivot. Key partners are already aligning with this vision. Texas Instruments recently unveiled a complete 800V DC power architecture developed with NVIDIA, and other major power vendors like ABB, Eaton, and Vertiv have also announced supporting designs. This broad support confirms that the industry is preparing for a systemic change, moving beyond discussion and into concrete engineering.

This industry shift places Korean power-equipment makers in a prime position. Companies like LS ELECTRIC, Hyosung Heavy Industries, and Hyundai Electric specialize in the exact components—switchgear, transformers, and busways—that need to be re-engineered for this new standard. In fact, LS ELECTRIC recently secured a major contract with AWS for its U.S. data centers, highlighting the market's recognition of this trend. These companies are set to become crucial partners in building the next generation of highly efficient 'AI factories.'

DC (Direct Current): The type of electrical power that flows in one direction. It's used by electronic components like computer chips.
AC (Alternating Current): The type of electrical power that periodically reverses direction. It's used for long-distance transmission in public power grids.
I²R Loss: Also known as Joule heating, it's the energy lost as heat when an electric current (I) flows through a conductor with resistance (R). Reducing the current significantly cuts this energy waste.