Time to power
Coordinate grid supply, on-site generation and storage around project delivery constraints.
NeoCloud
NeoCloud is Weyland's strategic architecture for the power-constrained AI era: direct-current distribution, resilient supply, scalable storage and intelligent operation engineered as one mission-critical system.
AIDC power architecture
High-density compute changes the power problem: larger loads, faster swings, conversion pressure and zero tolerance for unplanned interruption.
Final component ownership, voltage levels and performance claims require approved engineering specifications.
Design priorities
Coordinate grid supply, on-site generation and storage around project delivery constraints.
Move conversion and distribution architecture toward the needs of increasingly dense compute.
Use active storage and control to respond to rapidly changing AI workloads.
Engineer supply, protection and operational visibility around mission-critical demand.
Architecture layers
These layers describe the intended architecture. Product ownership, commercial maturity and technical specifications are disclosed only after engineering approval.
Grid, renewables and dispatchable on-site generation
Project-definedCentral power conversion pathway, including SST / PSU concepts
Specification requiredDC distribution, isolation and DC/DC protection
Specification requiredDC-connected storage for ride-through and load coordination
Specification requiredEMS, monitoring, diagnostics and optimisation
Capability evidenceLifecycle & Intelligence
NeoCloud's digital layer is intended to connect asset status, power flow, alarms and performance into one operational view—from commissioning through live operation.
Existing Weyland operations interface · Capability evidence