WEYLAND INNOVATIONS / NEOENERGY SYSTEMS
STORE / INTERFACE / ORCHESTRATE / OPERATE
Make constrained power usable.
NeoEnergy systems for commercial and industrial sites, AI infrastructure and the grid edge.
Weyland brings storage, power conversion, software and operation together around the site—not as disconnected equipment.
- 01Source
- 02Store
- 03Interface
- 04Orchestrate
- 05Demand
One architecture
Configured around the constraint at each site.
01 / NEOENERGY / SYSTEM ARCHITECTURE
Four layers. One accountable system.
The architecture stores energy, shapes power at the interface, orchestrates dispatch and keeps the system connected through operation.
Explore the NeoEnergy system- 01StoreBattery + BMS
- 02InterfacePCS + inverter
- 03OrchestrateEMS + telemetry
- 04OperateService + software
02 / POWER ENVELOPE / AI + INDUSTRIAL
Keep demand inside the available power limit.
Active storage and control can recover usable capacity headroom, manage peaks and fast ramps, and add short-duration resilience.
Explore AI critical power03 / CONTROL BOUNDARY
Three control points shape site performance.
Weyland connects the electrical interface, dispatch logic and operating model so the system can be treated as one whole.
Performance and scope require approved project evidence.
Explore lifecycle delivery- 01Interface
- 02Dispatch
- 03Operate
04 / REPEATABILITY
Every site should make the next one easier.
Prove the outcome, standardise the configuration, repeat locally and use operating evidence to improve the fleet.
Explore repeatable deliveryProve one site outcome.
Contract, baseline and telemetry establish what the system is expected to change.
power
Standardise one configuration.
Design, installed cost and commissioning evidence turn a project into a reusable configuration.

Component inspectionRepeat local deployment.
Partners, inventory, service and consistent delivery carry the configuration into each market.

Operate a local fleet.
EMS, telemetry, service attachment and portfolio optimisation create the next proof asset.
control plane
Functional architecture only. Project scope and performance require approved engineering evidence.
05 / PROJECT
Start with the constraint.
Tell us about the available supply, load profile, resilience target and operating requirements.
Discuss a project