Two power conversion platforms for 800 VDC data centers

Because it reduces current, copper burden, cable volume, and unnecessary conversion stages while aligning better with higher rack power density and DC-side storage integration.

iKraft handles facility-level AC/DC conversion. It converts utility or facility AC into stable DC and creates the electrical backbone for an 800 VDC-oriented power chain.

DCKraft provides galvanically isolated DC/DC conversion inside the DC grid. It connects batteries, fuel cells, and other critical DC nodes to the DC link with controlled power transfer and system protection.

Yes. A side power rack can support transitional retrofit deployment, while facility-level rectification is the cleaner long-term architecture for new power blocks and future expansion.

Because synchronized AI workloads create fast load swings. Storage helps smooth those swings, stabilize the facility power profile, and support more predictable interaction with the grid.

It may be a future direction for some large-scale architectures, but 800 VDC is the practical near-term path because equipment availability, safety, and integration are more mature today.

Power quality is treated as a core design parameter. Ripple is controlled at the source, harmonic interaction with the grid is actively managed, and dynamic response is engineered to handle rapid load shifts in modern computing environments.

The systems are built around modular construction, which supports upgrades and capacity increases without disruptive redesign. That helps the electrical foundation stay aligned with future rack densities, storage strategies, and grid requirements.