| dc.description.abstract | A remote monitoring and control system for generator output voltage based on the
Internet of Things (IoT) has been successfully designed and implemented. This
research focuses on the development and implementation of an IoT-based system
to monitor and control generator output voltage remotely, with the aim of
enhancing operational efficiency and reliability, particularly in remote areas. The
system employs an ESP32 microcontroller integrated with a PZEM-004T sensor
for measuring electrical parameters (voltage, current, power, and energy), an
ACS712 sensor for DC current measurement, and a flowmeter for monitoring fuel
flow. The user interface is built using the Telegram application, enabling real-time
monitoring and control. The system design procedure includes the integration of
various sensors, actuators (relays and servo motor), and wireless communication
modules. Test results show that the system can accurately read data, with an error
rate of ±0.68% for the PZEM sensor and ±0.86% for the flowmeter. The system also
demonstrates a fast response to control commands such as engine and load
ON/OFF, while effectively monitoring energy consumption and fuel usage. Overall,
the system has proven to be effective, efficient, and feasible as a remote monitoring
and control solution for generators, especially in environments that require
integrated energy management and minimal manual intervention. | en_US |
