MV grid interface
Input coordination, switching, protection, and site-level electrical interfaces.
Under engineering definitionTarget MV-to-DC architecture
Power conversion for high-density AI infrastructure.
Voltrack is developing a target MV-to-DC architecture for high-density AI and industrial power infrastructure. Current work focuses on system definition, technical evaluation, and validation planning.
MV inputIsolated conversion800 VDC targetHigh-density loads
The infrastructure question
Study where conversion belongs in the power path.
AI data centers are increasing rack and site power density. Voltrack is evaluating how isolated conversion near the facility edge could connect medium-voltage distribution with high-density DC infrastructure.
Conventional pathMV grid → transformer → LV distribution → UPS/conversion → load
Voltrack target pathMV grid → isolated MV-to-DC conversion → high-density DC distribution
Technical platform
Four connected areas under evaluation.
Isolated conversion core
Modular, galvanically isolated conversion stages and system boundaries.
Topology evaluationDC interfaces
Target DC distribution with possible storage and source interfaces.
Application dependentControl and protection
Control, monitoring, diagnostics, fault handling, and protection review.
Validation planningCurrent focus
AI data-center power infrastructure.
Voltrack is evaluating facility-edge MV-to-DC architectures for high-density AI sites, while retaining other applications as secondary technical pathways.
Explore application pathways →
Development approach
Progress through technical evidence, not broad claims.
Technical evaluation
Review topology, interfaces, requirements, and constraints.
Application study
Define the use case, power profile, and system boundaries.
Validation planning
Identify modelling, protection, insulation, thermal, and test needs.
Partner discovery
Explore technical collaboration where it fits the evidence plan.
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