Digital Energy Factory
An industrial campus with solar PV, battery storage, green hydrogen, grid connection and factory loads. An energy-management simulation dispatches every step with an exact energy balance; workers and traffic move; scenarios include a grid outage.
- energy assets dispatched together
- 4
- energy balance at every step
- Exact
- headless acceptance checks
- 31
- scanned materials and props
- CC0
The challenge
Industrial energy projects combine assets that are usually modelled in separate tools. Stakeholders need to see — and stress-test — the whole system on one timeline.
What we built
- EMS simulation with exact per-step conservation across PV, BESS, electrolyser, grid and loads
- Scenario engine incl. grid outage on the live trajectory
- Photographic 3D campus from scanned CC0 assets with workers and traffic
- Frame-time profiling and a measured performance fix
Outcome in the twin
One browser view answers “where does every kilowatt-hour go?” and “what happens when the grid drops?” for engineers and executives alike.
Path to production
Swap in site-specific irradiance, tariffs and load profiles; connect to the plant’s EMS or SCADA for a live shadow.
Technology
About this build
Fictional campus; simplified dispatch model. Engineering report →
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