The power infrastructure challenge facing AI data centers is no longer a background concern — it is a frontline constraint. As rack densities rise and cluster sizes expand, the bottleneck for data center development is shifting from compute availability to power availability. Addressing that challenge at scale requires not just more megawatts, but a fundamentally more integrated approach to energy delivery.
Delta Electronics Americas and X LABS have formalized a Memorandum of Understanding to do exactly that. Signed at Delta's Fremont, California headquarters, the agreement combines Delta's expertise in power management and energy infrastructure with X LABS' capabilities in investment management, financial structuring, and site development, creating a framework to deliver energy-as-a-service to AI data center projects. The collaboration targets an initial deployment of 100MW of Delta's Solid-State Transformer technology, with a path to gigawatt-level capacity.
Mark Ko, Vice Chairman of Delta, and Karan Trehan, CEO and Founder of X LABS, mark the signing of the MOU
At the center of the partnership is Delta's Solid-State Transformer (SST) technology, which replaces conventional passive transformers with digitally controlled power electronics. This enables real-time voltage regulation, faster grid response, and more efficient grid-to-chip power conversion — capabilities that are increasingly critical as AI workloads grow in density and complexity. Delta's existing microgrid deployments across the United States provide live operational data on SST performance under variable grid conditions, insight that will directly inform X LABS' energy park design as the partnership moves toward deployment.
X LABS CEO and Founder Karan Trehan - third from left, Delta Vice Chairman Mark Ko - third from right, Delta Americas President Austin Tseng - second from right, and representatives from both companies gather at the signing ceremony
This collaboration highlights a growing industry consensus: energy infrastructure is the foundation of the AI era. For data center operators, securing reliable, high-density power at scale through a structured energy-as-a-service model is a major step toward solving one of the decade’s most pressing infrastructure challenges.
