RANCANG BANGUN SISTEM LAMPU RUANGAN
OTOMATIS MENGGUNAKAN SENSOR PHOTODIODA
BERBASIS INTERNET OF THINGS
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Institusion
INSTITUT TEKNOLOGI DIRGANTARA ADISUTJIPTO
Author
ADY KUSUMA, WAGE
Subject
T Technology (General)
Datestamp
2024-07-11 02:50:45
Abstract :
Lamps are one of the important components in our life, even as basic human needs. In this study, a tool designed to help homeowners monitor or control lights whenever and wherever in that case the location to be set by remote control technology has an adequate internet connection. This remote monitoring device uses a photodiode sensor as an automatic switch to control the lights connected to the NodeMCU (ESP 8266) as a Wi-fi module in order to connect this device to the internet (Internet of Things). This tool is equipped with an LCD as an indicator and can send notifications to your smartphone or laptop when the light sensor detects sunlight using the KlenikTM website. The test results show that this tool can detect light from 7:00 a.m. until 17:00 p.m. when the sunlight is not blocked by clouds and white clouds. The order to turn off the light is with a range data output of 0 ? 20 ADC values and to turn on the lamp with a range data output of 21 ? 1024 ADC. The test results using 3G and 4G internet network connections require time to send and receive notifications on KlenikTM ranging from 0.22 ? 1,72 seconds, homever, this can be affected by the avaible internet network connectivity.
Lamps are one of the important components in our life, even as basic human needs. In this study, a tool designed to help homeowners monitor or control lights whenever and wherever in that case the location to be set by remote control technology has an adequate internet connection. This remote monitoring device uses a photodiode sensor as an automatic switch to control the lights connected to the NodeMCU (ESP 8266) as a Wi-fi module in order to connect this device to the internet (Internet of Things). This tool is equipped with an LCD as an indicator and can send notifications to your smartphone or laptop when the light sensor detects sunlight using the KlenikTM website. The test results show that this tool can detect light from 7:00 a.m. until 17:00 p.m. when the sunlight is not blocked by clouds and white clouds. The order to turn off the light is with a range data output of 0 ? 20 ADC values and to turn on the lamp with a range data output of 21 ? 1024 ADC. The test results using 3G and 4G internet network connections require time to send and receive notifications on KlenikTM ranging from 0.22 ? 1,72 seconds, homever, this can be affected by the avaible internet network connectivity.
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