Smart Feeder Machine Automation: Enhancing Feeding Precision, Energy Efficiency, and Shrimp Growth Performance
ICAR-CIBA
UN SDG 12 - Responsible Consumption and Production
Chennai - TN
Pain Points
Manual feeding and unmonitored machine operation caused inefficiency and energy loss.
Manual Feeder Operation
Feeder machines were operated manually without automation, leading to inconsistent feeding schedules.
Unmonitored Electrical Parameters
No visibility into voltage, current, or power usage, resulting in unplanned downtime and wastage.
Irregular Feeding Schedules
Feeding timing varied due to lack of automated scheduling, affecting shrimp growth consistency.
Our Offerings
IoT-enabled automation for feeder control, electrical monitoring, and time-based operation.
Electrical Parameter Monitoring
Tracks voltage, current, PF, and KWH in real time to ensure efficient power usage.
Cloud-Based Motor Control
Allows ON/OFF feeder control through the IoT cloud platform for remote operation.
RTC-Based Scheduling
Automates feeder machine operation with time-based scheduling to maintain regular feeding.
Data Insights & Alerts
Real-time dashboards and alerts improve operational efficiency and reduce manual dependency.
Outcomes
Improved Feeding Consistency
Time-based control ensured shrimp were fed uniformly at precise intervals.
Reduced Manual Intervention
Automation replaced manual control, saving time and reducing labor dependency.
Enhanced Energy Efficiency
Electrical monitoring optimized feeder usage and lowered operational costs.
Remote Operational Control
Cloud platform enabled easy feeder management and real-time performance visibility.
Automated feeder monitoring improved efficiency, reduced errors, and optimized energy use.
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