Home▸Transport & Urbanism▸DC Fast-Charging Station Design: Stalls, Shared Cabinet Power, Queue Wait and Buffer Battery Lab

🔌 DC Fast-Charging Station Design: Stalls, Shared Cabinet Power, Queue Wait and Buffer Battery Lab

A Blender-built 3D DC fast-charging station with generic electric cars arriving at random, queueing and charging on stalls that share one power cabinet. Set stalls, cabinet and grid MW, buffer battery, arrival rate, pack sizes and temperature to see the CC/CV charging curve with thermal derating, dynamic versus static power sharing, Erlang C waiting times, kWh per hour and margin. Inspired by publicly described shared-cabinet charging sites such as Tesla Supercharger stations; independent educational model.

Transport & Urbanism3DAdvanced60 FPS📱 Mobile-adapted🟠 Blender
dc-fast-charging-station-stalls-shared-cabinet-queue-buffer-battery-lab ↗ Open standalone
⚙ Under the hood

A Blender-built 3D DC fast-charging station with generic electric cars arriving at random, queueing and charging on stalls that share one power cabinet. Set stalls, cabinet and grid MW, buffer battery, arrival rate, pack sizes and temperature to see the CC/CV charging curve with thermal derating, dynamic versus static power sharing, Erlang C waiting times, kWh per hour and margin. Inspired by publicly described shared-cabinet charging sites such as Tesla Supercharger stations; independent educational model.

EV Fast ChargingQueueing TheoryPower SharingBattery Thermal LimitsTesla

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

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