Designed and simulated a priority-based load shedding embedded system using Arduino Nano, focusing on industrial-style decision logic rather than basic automation. The system continuously monitors load conditions using an ADC-based input and enforces priority scheduling to ensure high-priority loads remain active during overload scenarios. When the power threshold is exceeded, low-priority loads are automatically disconnected. System status, load states, and fault conditions are displayed on an SPI TFT (ILI9341) with optimized UI updates to prevent flickering. The design includes event-based fault logging for realistic diagnostics. Control logic was validated in Wokwi simulation, and a complete hardware-ready schematic was designed in EasyEDA for real-world implementation.

Arduino

Priority Based Load Shedding Controller

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