Nutrient Film Technique for Automatic Hydroponic System Based on Arduino

Iswanto, Iswanto; Megantoro, Prisma; Ma’arif, Alfian

doi:10.1109/iciee49813.2020.9276920

Cited by 8 publications

(3 citation statements)

References 20 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…Pada kegiatan pengabdian masyarakat yang sebelumnya, terdapat program yang telah dijalankan yaitu mengimplementasikan sistem pemantauan online untuk pertanian hidroponik menggunakan perangkat Arsenik versi 1 yang menerapkan teknologi otomatisasi yang menggunakan mikrokontroler dan Internet of Things. Adanya perangkat Arsenik versi 1 membuatnya lebih mudah untuk kultivasi tanpa harus memeriksa sepanjang waktu (Iswanto et al, 2020;Megantoro et al, 2022). Teknologi tersebut merupakan teknologi yang digunakan untuk mengoptimalkan fungsi air pada sistem hidroponik.…”

Section: Pendahuluanunclassified

Optimalization and Socialization of Internet-Based Aquaculture Media Condition Monitoring Technology, Arsenik 2

Megantoro,

Delfianti,

Putra Prastio

et al. 2023

JLM

View full text Add to dashboard Cite

Indonesia's geographical condition, as a maritime country, has a wealth of natural resources in the form of water, which has the potential to support the economy in the aquaculture sector. One of them is the cultivation of freshwater fish ponds as has been carried out by the Maju Rukun Community Group (PokMas) in Ngerong Village, Pasuruan. Lack of equipment and knowledge in monitoring pond water conditions, resulting in problems with the fish nursery process. This is because water is a living medium for aquatic organisms, thus determining the survival of cultivated fish. Therefore, community service activities were held in the form of implementing an appropriate technology device "Arsenik version 2" and a mobile application that can be downloaded on Android to support water quality monitoring in aquaculture. In addition, socialization, training, and seminars regarding parameters of good pond water quality for fish farming were also provided to the Maju Rukun PokMas and the local community. Based on the positive response from the community, the implementation of the Arsenic device version 2 is considered very helpful in terms of monitoring the condition of pond water quality because it has informative parameter values and an easy presentation to understand so that the public can maintain the health of aquatic media for the aquaculture ecosystem in it.

show abstract

Section: Pendahuluanunclassified

Optimalization and Socialization of Internet-Based Aquaculture Media Condition Monitoring Technology, Arsenik 2

Megantoro,

Delfianti,

Putra Prastio

et al. 2023

JLM

View full text Add to dashboard Cite

show abstract

“…In the Prototyping Evaluation Phase, the results of the software design will be realized to the cleaning officers of the Pekanbaru City Environment and Sanitation Service, whether the prototyping that is built is in accordance with the wishes and needs of the janitor or not. If it does not match, the prototyping will be revised by repeating the previous steps [16], [17].…”

Section: Prototype Evaluationmentioning

confidence: 99%

Garbage Collecting Ship Robot Using Arduino Uno Microcontroller Based on Android Smartphone

Irawan¹,

Fonda²,

Yulisman³

et al. 2021

IJETT

View full text Add to dashboard Cite

Garbage collection in the Siak tributary used an excavator where the excavator cannot reach the garbage in the middle of the Siak tributary. To make it easier to collect garbage in the middle of the Siak tributary, a robotic ship collecting robot system is make using: ardino uno microcontroller with joystick controller ps 2 based on an android smartphone. The whole tool was divided into several parts, which consist of an Android smartphone, PS 2 wireless receiver, Arduino Uno microcontroller, PS 2 joystick, motor relay driver, DC motor, servo motor, and camera. This tool works when the PS 2 Joystick connects the connection to the PS 2 wireless receiver, and the PS 2 wireless receiver then to the Arduino Uno microcontroller to process commands, from the Arduino Uno microcontroller then to the motor relay driver that works to regulate the voltage of the electric current to drive the DC motor, and Servo motors function to transport trash in the river, as well as smartphones as displays to display the results of the camera. The method used is the prototype method. The results showed that the PS 2 joystick could communicate with Arduino Uno with a distance of 25 meters if there is no barrier and 15 meters if there is a barrier and the robot ship is only in the form of a prototype that is only able to take out garbage such as drink bottles caps, caps galon, and drink glass 200 gram.

show abstract

“…This technique of spraying nutrients on the roots is called nutrient film technique (NFT) [8]. This technique is commonly used in hydroponic growing methods where nutrients are mixed into water and flowed in a channel where, above, plants are placed whose roots touch the water full of nutrients [9]. Although using the same technique, in the aeroponic planting method, nutrients do not flow into the container but are sprayed in the form of mist onto the plant roots periodically.…”

Section: Introductionmentioning

confidence: 99%

Development of Nutrient Film Techniques on Solar-Powered Internet of Things Devices for Aeroponic Planting

Mendoza¹,

Hutajulu²,

Sinaga³

et al. 2023

Proceedings of the 4th Annual Conference of Engineering and Implementation on Vocational Education, ACEIVE 2022, 20 October 202

View full text Add to dashboard Cite

Cultivation by replacing soil media with charcoal or other media, known as the hydroponic method, is now very popular. This hydroponic cultivation method then developed further into an aeroponic one, namely the cultivation of plants in the air without using any soil at all. This method aims to use water optimally, maximize the use of space, and reduce the human resources involved in its management because it is equipped with automatic control equipment. However, aeroponic cultivation techniques are very dependent on electric power, so if the power source is cut off, the system cannot work. Similarly, in the process of plant care. Control devices must be properly arranged in such a way as to ensure the plant gets nutrients from the roots so that the growth process can occur properly. This study aims to provide solutions to overcome the problems experienced by plant cultivators with this aeroponic system. The proposed solution is to create a nutrient film technique (NFT) on a solar-powered control device to spray nutrient solution on the plant roots on a regular basis. This controller device was developed using ESP32 so that the device can work automatically and can still be monitored by factory managers from anywhere and anytime by utilizing internet of things technology. This module utilizes temperature sensors, proximity sensors, and water quality sensors to support the automation of aeroponic plant cultivation. Based on the test results, it was found that each sensor works well with a small error: the temperature sensor has a reading accuracy rate of 96.54%, the proximity sensor is 97.2%, and the nutrition sensor is 96.8%. Based on the permissible error standard, which is a maximum of 5%, the performance of this aeroponic cultivation control device deserves to be in the proper category.

show abstract

Nutrient Film Technique for Automatic Hydroponic System Based on Arduino

Cited by 8 publications

References 20 publications

Optimalization and Socialization of Internet-Based Aquaculture Media Condition Monitoring Technology, Arsenik 2

Optimalization and Socialization of Internet-Based Aquaculture Media Condition Monitoring Technology, Arsenik 2

Garbage Collecting Ship Robot Using Arduino Uno Microcontroller Based on Android Smartphone

Development of Nutrient Film Techniques on Solar-Powered Internet of Things Devices for Aeroponic Planting

Contact Info

Product

Resources

About