Commercial + industrial
Storage, interface control and orchestration configured around cost, resilience, power quality and operating continuity.
Explore the application↗NE / 01
NeoEnergy
Make constrained
power usable.
NeoEnergy brings storage, power conversion, orchestration and operation together around the constraint at each site.
The company architecture
One system, configured across different deployment scales.
NeoEnergy starts with the power envelope—not a product catalogue. The available supply, load profile, resilience target and market rules determine how each system is configured.
Weyland connects the physical and digital control points between energy source and site demand so the infrastructure behaves as one accountable system.
Functional architecture
Store. Interface. Orchestrate. Operate.
Grid and renewable sources are inputs. Commercial, industrial, AI and grid-edge demand are applications. The four layers between them are the NeoEnergy system.
InputsGrid + renewables
- 01StoreBattery packs + BMS
- 02InterfacePCS + inverter
- 03OrchestrateEMS + telemetry
- 04OperateCommission + maintain
ApplicationsC&I · AI · grid edge
Functional architecture. Final equipment, specifications and responsibilities are project-defined.
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.
Physical truth
Storage shifts energy. PCS shapes power.
Storage moves electricity through time. The power interface controls how it is delivered in real time—adapting heterogeneous DC assets into one controllable site interface.
No source means no recharge; storage duration is finite. Final topology, ratings, compatibility and grid-code performance require approved engineering evidence.
Explore the control boundary↗Priority applications
Designed for different site conditions.
Each application uses the same control architecture, configured around its own power constraint and operating requirements.
AI infrastructure
Critical-power systems designed around constrained supply, high-density demand, fast ramps and continuity requirements.
Explore NeoCloud↗Grid edge
Storage, conversion and control configured for renewable integration, network constraints and connected energy assets.
Explore the application↗RECOVER HEADROOMCONTROL RAMPSADD RESILIENCE
Illustrative operating concept, not customer telemetry. Results depend on the site limit, energy source, sizing and storage duration.
Power-constrained sites
Keep demand within the available limit.
Active storage and dispatch can recover usable capacity headroom, control peaks and fast power events, and add short-duration resilience. Results depend on the site limit, source, sizing and duration.
See the AI infrastructure application↗Configuration spectrum
One architecture, from distributed systems to large sites.
Company-reported reference configurations illustrate the breadth of the portfolio. Availability, certification and final specification remain market- and project-specific.
10.24–20.48 kWh
Reference residential and shared-energy configuration.
232 kWh
Reference modular commercial and industrial configuration.
4.47 MWh
Reference containerised large-site configuration.
Company reported
Confirm model, market availability, certification and engineering scope before use.
NeoEnergy projectsStart with the constraint.
Discuss an infrastructure project↗