Home▸Power Engineering▸Regional Grid Islanding Lab: Inertia, RoCoF, Load Shedding and Black-Start Restoration

⚡ Regional Grid Islanding Lab: Inertia, RoCoF, Load Shedding and Black-Start Restoration

A 3D regional power grid: trip a unit, lose the interconnector, watch frequency, RoCoF and the nadir of the swing equation, battery fast response, under-frequency load shedding, then re-synchronise the island and restore a blackout step by step.

Power Engineering3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender

⚙ Under the hood

A photoreal 3D regional power grid: trip a generator or lose the interconnector, watch frequency, RoCoF and nadir follow the swing equation, test battery fast response and low-inertia wind and solar, see under-frequency load shedding dim the city, then re-synchronise the island or black-start the whole region step by step.

power gridfrequency stabilityswing equationinertiaRoCoFislandingload sheddingblack startdroop controlbattery FFRThree.jsWebGLBlender

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install