A Prototype of Monitoring Temperature and Humidity on Photovoltaic Using ESP8266

Subastiyan, H.; Sunanda, Wahri; Gusa, Rika Favoria

doi:10.1088/1755-1315/520/1/012010

Cited by 5 publications

(4 citation statements)

References 6 publications

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“…Several materials are used for the manufacture of tools, such as NodeMCU, DHT22 sensor, thin-filmtranslator (TFT) screen, adapter, buzzer, and other electronic components. NodeMCU is a microcontroller component used in the manufacture of tools [4], [20]- [26]. The DHT22 sensor is used to read temperature and humidity [27].…”

Section: Methodsmentioning

confidence: 99%

Design thermohygrometer based on internet of things in clinical laboratory

Mahardiananta

Suandari

Pratama.

2023

IJEECS

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Clinical laboratory units must meet safety requirements such as temperature stability and room humidity because the materials and substances used are sensitive to changes in temperature and environmental conditions, so it is important to carry out routine monitoring. The purpose of this research is to design an internet of things (IoT)-based thermohygrometer that can make it easier for users to monitor temperature and humidity even though the user is outside the laboratory. This tool can also store the results of temperature and humidity measurements making it easier for the user to monitor changes in temperature and humidity that occur. The method used is descriptive exploratory with a prototype system, namely the system development process, users and the required data and results obtained through a tool that has been designed. The results of research conducted using an IoT-based thermohygrometer prototype after statistical testing, there was no significant difference between the reference thermohygrometer and the IoT-based thermohygrometer prototype and the readings from the thinkspeak web. For temperature and humidity measurements that have been carried out at the X clinical laboratory in Denpasar, it still does not meet the standards.

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Section: Methodsmentioning

confidence: 99%

Design thermohygrometer based on internet of things in clinical laboratory

Mahardiananta

Suandari

Pratama.

2023

IJEECS

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“…Selain itu, pengukuran dengan alat ukur konvensional terkadang juga menjadi kendala seperti sistem pengambilan data yang harus dicatat secara manual yang apabila terjadi perubahan cuaca secara cepat maka data dari pengukuran pun akan berubah dan sistem pengukuran tidak menyimpan data yang dibutuhkan berdasarkan waktu sebelum cuaca berubah [6]. Oleh sebab itu, pada penelitian ini dipasang reflektor pada sisi-sisi panel surya secara berseberangan yang sudut kemiringannya dapat diatur agar intensitas cahaya yang diterima oleh panel surya dapat meningkat [4] [5] dan membangun sistem pemantauan data secara realtime [6][7] [8], sehingga mempermudah dalam proses pemantauan, penyimpanan, dan pengambilan data.…”

Section: Pendahuluanunclassified

Pemantauan Secara Realtime Output Panel Surya Dengan Penambahan Reflektor

Saputra

Gusa

Asmar

2022

ECT

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Indonesia merupakan negara yang beriklim tropis sehingga sangat cocok untuk dikembangkan panel surya sebagai penghasil energi listrik. Untuk meningkatkan output yang dihasilkan oleh panel surya dilakukan dengan cara menambahkan reflektor dikedua sisi panel secara berseberangan yang sudut kemiringannya dapat diatur. Selain itu, untuk mempermudah dalam pemantauan, penyimpanan, dan pengambilan data dibangun website agar dapat melakukan pemantauan data secara realtime, sehingga data dapat diakses tanpa adanya halangan jarak dan waktu. Oleh sebab itu, dalam penelitian ini dibangunlah sistem pemantauan output panel surya dengan penambahan reflektor secara realtime. Berdasarkan hasil pemantauan selama penelitian didapatkan hasil bahwa panel surya yang terpasang reflektor dengan variasi kemiringan sudut 60°, 70°, dan 80° dikedua sisinya memiliki output yang lebih tinggi dibandingkan dengan panel surya yang tidak terpasang reflektor.

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“…The ESP8266 microcontroller module is equipped with a processor, memory, and GPIO device, with the number of pins depending on the specific type of ESP8266 used (Sutikno et al, 2021). The DHT-11 sensor (temperature and humidity) functions as a measurement tool for the surrounding air's humidity and temperature (Subastiyan et al, 2020).…”

Section: Introductionmentioning

confidence: 99%

Development of STEAM-Based Rain Alarm Prototype

Pristianti

Hariyono

Wulandari

2022

Stud. Learn. Teach.

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The sudden changes in weather and unpredictable rain have an impact on human life. The objective of this research is to analyze the effectiveness and sensitivity of a rain alarm prototype and its relationship with STEAM. This study employs the ADDIE model (Analysis, Design, Development or Production, Implementation or Delivery, and Evaluations). Then, the benefits will be applied in student learning by teachers through global warming education with an environmental awareness theme. From this research, the following findings were discovered: 1) The rain alarm prototype has a high effectiveness, where each component used was successfully processed and utilized; 2) the sensitivity level revealed that the water, temperature, and humidity sensors have high sensitivity; 3) the relationship between the prototype and STEAM lies in the science aspect, as measured parameters were approached scientifically, the technology aspect through the utilization of the ThingSpeak application, engineering aspect through the collaboration of three different sensors (water, temperature, humidity), and analyzing their contributions in the field of classroom learning. In terms of art, the sensor components are neatly packaged and a housing is also created as an example of installation. Mathematics is found in the coding within the Arduino application. However, a limitation of the research is the inability to utilize an automatic roof system, which means that it cannot automatically lift snacks/clothes during rainfall. Therefore, future research can further develop this prototype by incorporating an automatic roof system.

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A Prototype of Monitoring Temperature and Humidity on Photovoltaic Using ESP8266

Cited by 5 publications

References 6 publications

Design thermohygrometer based on internet of things in clinical laboratory

Design thermohygrometer based on internet of things in clinical laboratory

Pemantauan Secara Realtime Output Panel Surya Dengan Penambahan Reflektor

Development of STEAM-Based Rain Alarm Prototype

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