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SISTEM MONITORING NILAI PARAMETER PADA POWER METER DM6200 BERBASIS INTERNET OF THINGS (IoT) SECARA REALTIME
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Power Meter really supports the measurement of the electrical value of an electrical installation. The location of the Power Meter is usually installed on the main panel of a building that has 3 phase electricity. In this Power Meter has many electrical values that can be taken such as voltage, current, power factor, percentage etc. The parameter value is displayed on the Power Meter screen to see it, you need to look for the value it is located by looking at the guide in the Manual Book. In addition to these problems, data retrieval must go to the place where the Power Meter is installed, namely on the main electricity panel, from this problem the researcher makes a solution in the form of a parameter monitoring system that is displayed on the Internet of Things (IoT)-based Power Meter in Realtime. The results of this study are a monitoring tool and system, this tool has 3 main features, namely monitoring the Voltage, Current, and Power Meter parameters, sending the displayed value from the Power Meter through RS485 to TTL and programmed using the ESP32 platform then sent back to the Blynk server and will accessed with the Blynk app. The data sent can be viewed in real time via a smartphone. Of the 3 parameter values can be monitored directly with the Blynk application.
Institut Sains and Teknologi AKPRIND Yogyakarta
Title: SISTEM MONITORING NILAI PARAMETER PADA POWER METER DM6200 BERBASIS INTERNET OF THINGS (IoT) SECARA REALTIME
Description:
Power Meter really supports the measurement of the electrical value of an electrical installation.
The location of the Power Meter is usually installed on the main panel of a building that has 3 phase electricity.
In this Power Meter has many electrical values that can be taken such as voltage, current, power factor, percentage etc.
The parameter value is displayed on the Power Meter screen to see it, you need to look for the value it is located by looking at the guide in the Manual Book.
In addition to these problems, data retrieval must go to the place where the Power Meter is installed, namely on the main electricity panel, from this problem the researcher makes a solution in the form of a parameter monitoring system that is displayed on the Internet of Things (IoT)-based Power Meter in Realtime.
The results of this study are a monitoring tool and system, this tool has 3 main features, namely monitoring the Voltage, Current, and Power Meter parameters, sending the displayed value from the Power Meter through RS485 to TTL and programmed using the ESP32 platform then sent back to the Blynk server and will accessed with the Blynk app.
The data sent can be viewed in real time via a smartphone.
Of the 3 parameter values can be monitored directly with the Blynk application.
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