Page 18 - Jurnal Penelitian MTsN 6 Jakarta
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readings with those from laboratory-
grade equipment. This test is
conducted in a controlled
environment to ensure precision.
B. IoT System Testing
This test assesses the device's
capability to transmit data in real
time to the mobile application.
Simulations of network disruptions
are included to evaluate the
system's reliability under varying
conditions.
2.4 Analysis of Results
The results from the device testing
Image 9 : The image above are analyzed based on:
explains how the sensor reacts to
the temperature of the compost. Sensor Efficiency
The accuracy of the temperature
2.2 Data Collection and humidity data recorded by the
DHT22 sensor is evaluated and
Data collection is performed to compared to industry standards.
determine optimal conditions for
composting. Literature suggests IoT System Reliability
that the ideal temperature for The speed and reliability of data
organic matter decomposition transmission, as well as the
ranges from 40–60°C, while the responsiveness of the mobile
ideal humidity level is between 40– application, are assessed.
60%. The study involves monitoring
the compost bin's temperature and Compost Quality
humidity every five minutes The final compost product is
throughout the testing period. analyzed for its level of organic
decomposition and nutrient content.
2.3 Device Testing Heat ratio and moisture content are
used to evaluate the compost’s
Device testing is conducted in two suitability for agricultural use.
phases:
A. Sensor and Microcontroller 3. Result and Discussion
Functionality Testing
The accuracy of the DHT22 sensor The results of this research focus on
is evaluated by comparing its the performance of the IoT-based
compost bin in monitoring and
