RANCANG BANGUN SISTEM SMART GARDEN BERBASIS IOT MELALUI APLIKASI BLYNK MENGGUNAKAN NODEMCU ESP8266 DAN SOLAR PANEL
- FAJAR DWI RAHMANTO
- 2024
ABSTRACT Fajar Dwi Rahmanto (72190027), Design and Build an IoT-Based Smart Garden
System Using the Blynk Application Using NodeMCU ESP8266 and Solar Panels.
In the agricultural sector, the need for time efficiency is very high. This encourages
developments in the agricultural sector. One of them is by developing a smart garden
system based on the internet of things (IoT) which can monitor and water plants
automatically using solar panel energy and soil moisture sensors. This system is
designed to increase plant watering efficiency, save water use, and utilize renewable
energy. This smart garden system consists of several main components, including: soil
moisture sensor, microcontroller, water pump, solar panels, and IoT communication
module. The soil moisture sensor functions to detect soil moisture levels in real time.
Data from the sensor is sent to a microcontroller which will process the information
and activate the water pump, if the soil moisture level is below a predetermined limit.
The energy to operate this system comes from solar panels, which can ensure the
system can operate independently without requiring a conventional electrical power
source. In addition, the IoT communication module enables remote 2monitoring and
control of the system via the blynk application. Users can monitor soil moisture
conditions, set moisture limits, and control watering manually if necessary. Test results
can show that this system is able to water plants efficiently based on actual soil
moisture conditions, as well as reducing water and electricity consumption. It is hoped
that the implementation of this system can be an effective solution for modern
agriculture, as well as being environmentally friendly.
Keywords: Smart Garden,https://repository.bsi.ac.id/repo/57375/RANCANG-BANGUN--SISTEM-SMART-GARDEN-BERBASIS-IOT-MELALUI-APLIKASI-BLYNK-MENGGUNAKAN-NODEMCU-ESP8266-DAN-SOLAR-PANEL
Anda dapat membaca file tugas akhir ini di repository.
Detail Informasi
Tugas Akhir ini ditulis oleh :
- 72190027 - FAJAR DWI RAHMANTO
- Prodi : Teknik Elektro
- Kampus : Kramat 98
- Tahun : 2024
- Pembimbing : Andi Rosano, Ir, MT
- Kode : 0003.S1.72.SKRIPSI.I.2024
- Status Akses : Open Access
- Diinput oleh : AXD
- Terakhir update : 25 Oktober 2024
- Dilihat : 139 kali