Page 15 - Jurnal Penelitian MTsN 6 Jakarta

applications, this research seeks to 2.1 System Design
provide a sustainable, efficient, and
user-friendly solution for managing The system design involves the
household organic waste in development of hardware and
Indonesia. It is hoped that this software components to support
innovation will not only address the automated composting. The
challenges of waste management primary hardware components
include:
but also foster a cultural shift
towards viewing organic waste as a
valuable resource.

By promoting the use of IoT in waste
management, this research
supports Indonesia’s broader goals
of environmental sustainability,
greenhouse gas reduction, and
improved public health. Ultimately,
the implementation of IoT-based
composting bins has the potential to
transform waste management Image 1 : DHT22 Sensor
practices, reduce the environmental
burden of organic waste, and The DHT22 sensor monitors
contribute to a healthier and more temperature and humidity with high
sustainable future for Indonesia. precision, making it an optimal
choice compared to alternatives like
the DHT11. Accurate monitoring of
these parameters is critical for
2. Method and Experimental maintaining the optimal conditions
Detail for organic waste decomposition.

This study aims to develop an
Internet of Things (IoT)-based
compost bin using the ESP32
microcontroller and DHT22 sensor
for real-time monitoring of the
composting process. The
methodology comprises four
stages: system design, data
collection, device testing, and result
analysis. All procedures adhere to
relevant technical standards,
prioritizing practicality and efficiency Image 2 : ESP32 DEVKIT V1
in implementation.