Usable headroom
Coordinate storage and site demand around the available power limit.
AI / APPLICATION
NeoCloud
Power for
high-density compute.
NeoCloud is Weyland’s applied NeoEnergy programme for critical power in high-density AI infrastructure. The concept combines supply, storage, power interfaces, protected distribution and orchestration around continuous compute.
NeoEnergy for AI
Power infrastructure belongs in the compute design.
High-density compute creates concentrated loads, fast changes in demand, conversion pressure and little tolerance for unplanned interruption. NeoCloud applies the NeoEnergy system to that operating reality.
RECOVER HEADROOMCONTROL RAMPSADD RESILIENCE
Illustrative operating concept, not customer telemetry. Results depend on the site limit, energy source, sizing and storage duration.
Design priorities
What high-density compute demands from power infrastructure.
Power density
Move conversion and distribution architecture toward the needs of increasingly dense compute.
Load volatility
Use active storage and control to respond to rapidly changing AI workloads.
Continuity
Engineer supply, protection and operational visibility around mission-critical demand.
Heterogeneous inputsStorage AStorage BDC source
Weyland control boundary
DC adaptationVoltage · current
protection
protection
Bidirectional PCSDC / AC
real-time control
real-time control
Common interfaceGrid or microgrid
AI / industrial load
AI / industrial load
TOPOLOGY + RATINGSCOMPATIBILITYGRID + SITE TESTS
Company-described architecture. Product ownership, ratings, compatibility and performance require approved evidence.
Power interface
One controllable interface across different site conditions.
Weyland's PCS concept is designed to adapt heterogeneous DC assets while presenting one controllable interface to the grid, microgrid or critical load.
Company-described architecture. Topology, ratings, compatibility, efficiency, response and grid-code testing require approved evidence.
Architecture layers
The architecture, layer by layer.
These layers describe the intended architecture. Product ownership, commercial maturity and technical specifications are confirmed after engineering approval.
FunctionArchitecture roleEvidence status
Supply
Grid, renewables and dispatchable on-site generation
Project-definedConvert
Central power conversion pathway, including SST / PSU concepts
Specification requiredProtect
DC distribution, isolation and DC/DC protection
Specification requiredBuffer
DC-connected storage for ride-through and load coordination
Specification requiredOperate
EMS, monitoring, diagnostics and optimisation
Capability evidenceLifecycle & Intelligence
See the power system in one place.
NeoCloud's digital layer is designed to bring asset status, power flow, alarms and performance into a shared view from commissioning onwards.
- System and asset visibility
- Power-flow monitoring
- Diagnostics and reporting
- Operational decision support
Connected stateGenerationConversionStorageCritical load
Shared operating viewInfrastructure
control plane
control plane
Operating loopMonitorDiagnoseControlOptimise
OBSERVEDECIDEACT
Functional architecture only. Project scope and performance require approved engineering evidence.
AI infrastructure projectsPlan power alongside
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