DESIGN AND PROTOTYPE DEVELOPMENT OF A SMART SHRIMP FEEDING SYSTEM

Our project centers on an advanced automatic shrimp feeding system, emphasizing its robust mechanical features designed for efficient and precise feed distribution. The system can dispense feed automatically based on preset schedules and quantities, or manual adjustments via a control panel or remote control. The feed tank has a 35kg capacity. During each dispensing cycle, it releases about 5 kilograms of feed within 1 minute and 40 seconds, covering a radius of up to 10-15 meters of the shrimp’s pond. The mechanical design ensures consistent and precise feed delivery, which is crucial for maintaining optimal feeding conditions. Additionally, the system is integrated of sensors and IoT technology which supports real-time monitoring of the feed percentage, the latest feed weight dispensed, and the chart displays the total feed amount dispensed daily over a week. Additionally, the system includes a LoRa-based offline device that allows users to observe the feed percentage within a 3km radius, even without Wi-Fi connectivity. This project prioritizes the mechanical efficiency of feed dispensing, ensuring reliability and precision, essential for maximizing shrimp growth and minimizing waste, moreover, providing flexible monitoring options for farmers.