Gravity-fed funnel that stores and channels feed downward to the dispensing cone. The conical shape ensures consistent flow without clogging. Holds enough feed for 500 birds for a full day.

Wide circular tray with 8 anti-spill radial dividers. The raised lip prevents feed from being scratched out, while dividers ensure even distribution across all feeding positions.

The brain of the system. Runs AI-optimized feeding schedules, connects to the mobile app via WiFi or GSM, and processes sensor data in real-time. Ventilation slots keep electronics cool.

Visual indicator between hopper and electronics. Green = healthy, amber = low feed, red = alert. Visible from across the farm without checking the app.

Detached solar unit on its own ground stake, connected via weather-resistant cable. Powers the entire system off-grid — critical for remote Nigerian farms with no electricity.

Rechargeable lithium-ion battery mounted behind the controller. Keeps the feeder running through the night and cloudy days. Latch-secured compartment with solar charging input.

Mounted inside the hopper near the top. Continuously measures feed surface distance to calculate remaining volume. Sends low-stock alerts before the hopper runs empty.

Inverted cone beneath the column that spreads feed evenly across the entire pan. Prevents clustering and ensures all birds around the pan get equal access to feed.

The main microcontroller. Runs the AI feeding algorithm, manages sensor inputs, controls the servo motor, and communicates with the mobile app via WiFi or GSM module.

Mounted inside the hopper lid. The two transducers emit and receive ultrasonic pulses to measure the distance to the feed surface, calculating remaining feed volume in real-time.

Controls the feed dispensing gate. Opens and closes precisely to release measured portions. The AI adjusts opening duration to control exact gram-level portions per feeding cycle.

Three lithium-ion cells in series with a battery management system. Provides 24+ hours of backup power. Recharged continuously by the solar panel during daylight.

Amplifies the tiny signal from the load cell under the feeding pan. Measures exactly how much feed was consumed per session, enabling precise waste tracking and analytics.

Keeps precise time even during power outages. Ensures feeding schedules run exactly on time. The coin cell battery maintains the clock for years without the main power supply.

Manages solar charging of the battery pack. Regulates voltage from the solar panel, prevents overcharging, and provides reverse polarity protection. Status LEDs show charging state.