DESIGN AND IMPLEMENTATION OF IRIGATION SYSTEM IN IOT- BASED AGRICULTURE CALENDAR SYSTEM
Climate change has had a significant impact on the agricultural sector, particularly in chili pepper farming. The increase in average temperature, unpredictable rainfall intensity, and shifting rainy seasons have led to uncertainties in weather prediction, making it difficult for farmers to deter...
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| Format: | Final Project |
| Language: | Indonesia |
| Online Access: | https://digilib.itb.ac.id/gdl/view/82432 |
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| Institution: | Institut Teknologi Bandung |
| Language: | Indonesia |
| Summary: | Climate change has had a significant impact on the agricultural sector, particularly in chili
pepper farming. The increase in average temperature, unpredictable rainfall intensity, and
shifting rainy seasons have led to uncertainties in weather prediction, making it difficult for
farmers to determine the optimal planting, maintenance, and harvesting times for chili
peppers.
The most crucial factor in chili pepper farming is soil moisture. Turgor cells in chili pepper
plants will shrink when soil moisture is too low. However, high soil moisture can cause
anaerobic respiration in chili pepper plants, producing alcohol that can kill the plant roots.
Therefore, a system is needed to maintain soil moisture so that chili pepper plants can grow
well.
To address this issue, an irrigation system integrated with a weather monitoring system has
been developed to obtain soil moisture data. The system reads soil moisture and determines
whether irrigation is needed for the plants in the agricultural field through a valve, either
automatically based on a predetermined schedule or manually. The valve is also connected to
a flow meter that can measure the volume of irrigation regularly, ensuring that the required
amount of water does not exceed the specified limit. Additionally, the system is equipped with
an ultrasonic sensor to measure the availability of water in a storage tank.
The results of this final project show that the system works well. The system can control the
valve to provide irrigation automatically through schedule and duration inputs, or manually
through a button. The system can also accurately detect water availability in the tank and
measure the volume of water flowing through the valve. |
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