Bring every available source into one system.
Utility supply, renewables and on-site generation are assessed together—against the actual load, resilience target and operating environment.
GridSolar + windFirm on-site power
Intelligent infrastructure
Infrastructure for energy
and AI-scale compute.
Weyland designs and integrates power infrastructure for industrial and grid systems through NeoEnergy, and is developing NeoCloud as a direct-current concept architecture for continuous, high-density compute.
AssessDesignCommissionOperateOptimise
SourcesGrid · Renewables
On-site generation
On-site generation
ConvertPower electronics
Store · ControlControl coreEngineering + software
DemandIndustrial + grid infrastructure
Architecture layerSource portfolio
NeoEnergy
Generation, conversion, storage and microgrids engineered as one energy system.
Concept architecture · Technical scope subject to project design Scroll to explore
One shared constraint
Energy and compute begin with the same power problem.
Industrial systems and AI data centres have different loads, but both depend on available supply, resilient conversion, controlled storage and protected distribution. Weyland engineers that common foundation around each site's operating requirements.
Industrial demandVariable processes · site resilience
Compute demandContinuous load · protected delivery
The Weyland control spine
From available power
to operating intelligence.
The infrastructure is not a catalogue of components. It is a connected sequence in which every engineering decision changes what the system can deliver next.
Architecture sequence01 / ORIGIN
01Grid01Renewables01On-site02Convert · Store03NeoEnergy03NeoCloud04Lifecycle intelligence
01Supply portfolio
02Sources mapped
03Demand model
Stage 01 / 04
Convert and store power where it creates control.
Power electronics, storage and protected distribution reshape variable supply around the performance the site needs.
PCS + BMSSST + PSU pathwaysActive storage
One engineering core. Two infrastructure outcomes.
NeoEnergy serves industrial and grid systems. NeoCloud is being developed for continuous, high-density compute. Each platform is designed around a different operating reality.
NeoEnergyNeoCloudProject integration
Keep the digital thread alive after commissioning.
Monitoring, control, service and governed evidence connect the approved design to in-service operation—and make long-term performance visible.
ObserveControlOptimise
Two coordinated platforms
One engineering core.
Two infrastructure outcomes.
The same disciplines—power architecture, conversion, storage, control and integration—underpin NeoEnergy and the NeoCloud concept now in development.
NE / 01
NeoEnergy
Controllable energy systems for industry and the grid.
Generation, conversion, storage and microgrid control configured around site loads, renewable integration and resilience needs.
Explore NeoEnergy↗RenewablesGrid supplyOn-site generationConvert
Store · ControlGrid infrastructureIndustrial systems
Store · ControlGrid infrastructureIndustrial systems
ModelMonitorControlOptimise
NC / 02
NeoCloud
Direct-current power architecture for continuous compute.
A concept architecture connecting available supply, central conversion, protected DC distribution, active storage and compute power delivery.
Explore NeoCloud↗GridRenewablesOn-site generation
Central layerConversionSST / PSU pathway
Protected backboneDC busDistribution + protection
DC-connected storageDC/DC protectionCompute power delivery
ModelMonitorControlOptimise
Final component ownership, voltage levels and performance claims require approved engineering specifications.
Engineering, software and lifecycle services
One digital thread wraps both platforms.
Weyland connects project decisions from assessment and design through commissioning, operation and optimisation—so the approved architecture remains connected to in-service performance.
Platform 01NeoEnergy
Platform 02NeoCloud
01AssessRequirements, site data and feasibility
02DesignArchitecture, modelling and approvals support
03IntegrateEquipment, software and site systems
04CommissionTesting, validation and handover
05OperateMonitoring, control and maintenance
06OptimiseAnalytics, improvement and renewal
First-party evidence
Show the system.
Source the claim.
Weyland's evidence layer pairs engineering scope with source material: facilities, production, system architecture and operational software.
Explore industrial capability↗
Weyland research and engineering team.
Automated production equipment in a Weyland facility.
Weyland energy-infrastructure enclosure concept.
Weyland energy-management software interface.
Descriptions identify what is shown. Project specifications, certifications and performance data are published only after source approval.
Start with the constraint
Where should the
power system lead?
Explore a platform or bring us the site, supply and operating challenge. We will start from the architecture the project needs.
01 · Energy infrastructureNeoEnergy↗02 · AI data-centre powerNeoCloud↗03 · Project enquiryDiscuss a project↗
Institutional information →