Smart Irrigation Farming Murah & Hemat Biaya Produksi

Summary

The video introduces 'Locos Precision Farming,' a smart irrigation technology developed by the Agricultural Training Center in Lampung, Indonesia. This innovation leverages the Internet of Things (IoT) to create a cost-effective solution for managing irrigation remotely via an Android app. By utilizing sensors and microcontrollers, the system automates watering based on soil moisture and temperature, improving efficiency and reducing labor. The technology is particularly useful for crops like horticulture, which require precise care. Farmers can make the system themselves after attending training, offering long-term savings and increased productivity.

Takeaways

• 🌱 The script introduces 'locos precision farming' as a technology developed by the Agricultural Training Office in Lampung, Indonesia.
• 💡 'Smart irrigation' is highlighted as a key component of this technology, aimed at controlling watering systems efficiently.
• 📈 The technology is designed to be affordable and easy to make, addressing the high costs of traditional smart farming tools.
• 🌡️ It utilizes sensors for temperature and humidity to provide precise inputs to plants according to their needs.
• 💧 The system includes a microcontroller that processes information and controls the irrigation process.
• 📱 The technology can be remotely controlled using the internet, making it practical for modern, dynamic societies.
• 🌍 It responds to unpredictable weather changes and the decreasing availability of agricultural resources by efficiently managing water usage.
• 🚿 The system can be set to operate manually or automatically based on specific temperature and humidity thresholds.
• 🛠️ The script explains that the technology is not sold freely but is provided through training by the Agricultural Training Office in Lampung.
• 📊 The technology is recommended for plants that require special attention, particularly horticultural crops like chili peppers.
• 💼 The script emphasizes the long-term benefits of the technology, including reduced labor, precise resource input, and low operational costs.

Q & A

What is the main focus of the presentation?

The presentation focuses on introducing a technology called 'locos precision farming,' developed by the Agricultural Training Center in Lampung. This technology integrates the Internet of Things (IoT) to optimize agricultural processes, particularly irrigation.

What is locos precision farming?

Locos precision farming is a smart farming technology developed to control agricultural processes, such as irrigation, efficiently and effectively using IoT. It enables remote monitoring and control of farming systems through the internet.

Why is smart irrigation important for farmers?

Smart irrigation helps ensure that crops receive the right amount of water, neither too much nor too little, which is crucial for plant growth. It also responds to unpredictable weather changes and reduces production costs by optimizing water usage.

How does the smart irrigation system work?

The smart irrigation system uses sensors to monitor soil moisture, temperature, and humidity. These sensors send data to a microcontroller, which processes the information and activates the irrigation system accordingly. The system can be controlled manually or automatically, based on preset conditions.

What is the role of the microcontroller in this system?

The microcontroller is the 'brain' of the system. It receives data from sensors, processes it using an algorithm, and then sends instructions to control the irrigation system, such as turning on pumps and opening valves.

How can farmers control the smart irrigation system remotely?

Farmers can control the smart irrigation system remotely using an Android-based application called 'Kebunku.' Through this app, they can monitor temperature, humidity, and soil conditions, and activate or deactivate the irrigation system from anywhere with internet access.

What are the benefits of using smart irrigation compared to conventional methods?

Smart irrigation can increase farming efficiency by 20-40%, reduce water usage, lower production costs, and improve crop yield. It also reduces the need for manual labor and allows farmers to control irrigation remotely, saving time and effort.

What kind of crops benefit the most from smart irrigation?

Smart irrigation is particularly beneficial for crops that require careful monitoring, such as horticultural crops like chili peppers, which are sensitive to environmental changes and require precise water management.

What components are necessary to set up the smart irrigation system?

The system requires sensors (for temperature, humidity, and soil moisture), a microcontroller, a relay (to control pumps), voltage regulators, and an internet connection, preferably via Wi-Fi. The system can also be operated with a manual switch if Wi-Fi is unavailable.

How affordable is the smart irrigation technology?

The smart irrigation system is designed to be affordable, with the base system costing between 2-3 million IDR, excluding installation of pipes and pumps. It is seen as a long-term investment that reduces labor and input costs over time.