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This project implements a high-power RGB LED lighting system controlled via WiFi. The lamp uses three 5W LEDs, each regulated by a dedicated LM3404 LED driver and monitored by an INA226 current sensor. An ESP8266 (ESP-12E) microcontroller manages wireless control and power monitoring through a web interface. Designed as part of a 2024–2025 power electronics curriculum, the project emphasizes practical hardware design, power regulation, thermal analysis, and embedded software integration. https://git.schoonbaert.net
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PowerRGB

This project implements a high-power RGB LED lighting system controlled via WiFi. The lamp uses three 5W LEDs, each regulated by a dedicated LM3404 LED driver and monitored by an INA226 current sensor. An ESP8266 (ESP-12E) microcontroller manages wireless control and power monitoring through a web interface.

Designed as part of a 2024–2025 power electronics curriculum, the project emphasizes practical hardware design, power regulation, thermal analysis, and embedded software integration.