Microgrid.
Grid-connected, islandable or fully off-grid. The platform models how generation, storage and load behave together — and what happens the moment the grid goes away.
What makes this load different
In a microgrid, resilience is the product. The system is judged less on average cost than on what it does during the worst week of the year, so the twin has to be run long enough for that week to appear.
- Islanding and reconnection behaviour, not just steady-state energy balance
- Autonomy measured in hours or days of critical load without generation
- Seasonal asymmetry — a system sized on annual averages fails in the worst month
- Mixed ownership and mixed load types on one bus
- Remote sites where fuel logistics and maintenance access set the real constraint
- Backup generation kept in the design and dispatched only when the twin says it is needed
Size it, then take the grid away
A highland community site in Tasmania on live resource data — a 1.8 MW solar array, a 900 kW wind cluster and a 6 MWh battery against a 1 MW load. Resize any of them, then press Grid connected to island the system and see what the sizing actually buys you.
How the engine is configured here
Standards and criteria applied
- Wiring rules and protection coordination for the distribution network
- Grid connection of inverter energy systems, including anti-islanding and reconnection requirements
- PV array installation and DC-side safety, and wind turbine design and power-performance measurement
- Battery energy storage installation and safety
- Generating-set requirements for standby and prime-power backup
- Substation and device communication protocols where SCADA integration is in scope
The applicable set is confirmed at kick-off and depends on jurisdiction, connection point and the reliability target agreed with you.
Run the platform against your site.
Send a location and a load profile — we will come back with a sized system and a ten-year trajectory.
Request a demonstration →