Page 19 - Jurnal Penelitian MTsN 6 Jakarta

maintaining optimal composting
conditions, its reliability in
transmitting real-time data, and the
quality of the compost produced.
The discussion highlights the
system's potential to improve
organic waste management
practices in society.

3.1 Results

Image 11 : The inside of the trash
bin

A. Sensor Accuracy and System
Reliability
The DHT22 sensor demonstrated
high accuracy in measuring
temperature and humidity, the
system consistently maintained the
optimal temperature range of 50°C
and a humidity level of 50%, crucial
for effective organic decomposition.

The ESP32 microcontroller

successfully managed data
Image 10 : The outer shell of the collection and transmission, with no
trash bin significant delays in real-time
updates through the mobile
application. The system
demonstrated robust performance,
ensuring minimal data loss and
prompt recovery once the network
was restored.

B. Compost Quality

The compost produced by the
system was analyzed and found to