Sprinkler activation according to the temperature using Arduino

Abdul Rahman, Seri Murni (2017) Sprinkler activation according to the temperature using Arduino. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Nowadays, technology is growing rapidly which is able to easy for a person to handle the work more organized and save time. Therefore, a sprinkler system is developed to provide the high level technology with automatic sprinkler by monitoring and controlling remotely. Sprinkler is a device that sprays the water to the surrounding area which is similar to rainfall concept. This system helps in maintain the temperature of surrounding area where it is suitable for greenhouse, field and agriculture system. The an uncertain climate effects upon the changes of temperature of environment cause troublesome management and complicated in monitoring activities in real time. On this case, this sprinkler system is activated according to the temperature level by attaching a temperature sensor to the device for measuring the temperature and humidity precisely. The data detected and collected by sensor are uploaded to the database. By using this system, the user can use three operation modes to control the system. The valve will open to allow water sprays regularly through the sprinkler based on the watering time and operation modes. It also provided several notifications about the system status to the users. This system is implemented using Arduino software and hardware, applying sensor for real-time sensing for monitoring temperature and combining with a Wi-Fi module that connects the system with internet wirelessly for remote access. System also uses solar panel which captures sun power to provide renewable energy to operate the system. System is expected can fulfill all the objectives and capable to performing a high technology for users that useful in their life.

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