INA219 I2C bi-directional current and power monitoring sensor module lets you monitor how much current a load is using and track power consumption in battery-powered or DC projects, with support for current flowing in either direction for charging and discharging applications. Built around the INA219, this I2C power monitor is ideal for Arduino, Raspberry Pi, ESP32, and other microcontroller or SBC platforms that need real-time energy data for robotics, solar systems, USB devices, home automation, and prototyping. It is a practical choice for battery packs, chargers, power banks, and electronics testing where current sensing matters. Use it to log load behavior or spot abnormal power draw during development.
INA219 I2C bi-directional current and power monitoring sensor module lets you monitor how much current a load is using and track power consumption in battery-powered or DC projects, with support for current flowing in either direction for charging and discharging applications. Built around the INA219, this I2C power monitor is ideal for Arduino, Raspberry Pi, ESP32, and other microcontroller or SBC platforms that need real-time energy data for robotics, solar systems, USB devices, home automation, and prototyping. It is a practical choice for battery packs, chargers, power banks, and electronics testing where current sensing matters. Use it to log load behavior or spot abnormal power draw during development.
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Product Overview
Product Overview
INA219 I2C bi-directional current and power monitoring sensor module lets you monitor how much current a load is using and track power consumption in battery-powered or DC projects, with support for current flowing in either direction for charging and discharging applications. Built around the INA219, this I2C power monitor is ideal for Arduino, Raspberry Pi, ESP32, and other microcontroller or SBC platforms that need real-time energy data for robotics, solar systems, USB devices, home automation, and prototyping. It is a practical choice for battery packs, chargers, power banks, and electronics testing where current sensing matters. Use it to log load behavior or spot abnormal power draw during development.