Ep. 015 - DG Matrix Explains 800V DC vs Legacy AC Distribution (Datacenter, Energy) | Jordan Nanos, Jeremie Eliahou Ontiveros, Nicolas Bontigui, Haroon Inam

The transition to 800V DC architecture in datacenters is essential for supporting the rapidly increasing power demands of AI compute racks, which are scaling toward one-megawatt densities. By raising voltage, operators significantly reduce current and copper requirements, improving efficiency and lowering infrastructure costs. Multiport Solid State Transformers (SSTs) provide a flexible, integrated solution that handles both AC and DC loads, de-risking investments as the industry shifts away from legacy AC systems. While the adoption curve remains uncertain due to hardware diversity and hyperscaler risk aversion, behind-the-meter power generation is emerging as a vital strategy to bypass grid constraints and accelerate deployment. As compute density continues to climb, software-defined power routing and integrated cooling will become critical to maintaining operational efficiency and future-proofing facilities against evolving hardware requirements.