Smart Cities and Buildings: GSM Based Smart Electric Energy Meter Billing System
Md. Abrarul Alam, Mohammad Zeyad
Abstract
Md. Abrarul Alam, Mohammad Zeyad
Abstract
The scheme aims to build a low cost automated energy meter billing system device that will help to standardize people's lives and prevent the loss of electricity consumption which will make humans daily life more comfortable. This paper demonstrates the idea of a GSM-based energetic wireless Electrical Energy Meter Billing System. The suggested system exchanges a standard meter reading system and authorizes distant access to existing energy meter. It can detect regular meter readings without having to go to people in every home. The microcontroller (AT mega 328p) is getting used to operating the scheme with the assist of a SIM 900 GSM module and by the use of a GSM command code. The proposed system coding is performed by the Arduino, it is loaded on the AT Mega 328p via the Arduino UNO board. AT mega 328p receives information from the energy meter which helps to live the input current and voltage that is displayed in an LCD (16*2) by employing a logic rule code. Furthermore, the system will notify the user by alarming or by sending SMS via GSM module for the extra or overuses of electricity consumption daily which will help the user to reduce electricity consumption. A GSM-based wireless transmission system is compatible with each entity's electronic power meter so that it has close access to power consumption. GSM approved energy meter to meter readings is shipped back to the charging purpose sporadically and these options are modernized in very central info. The complete monthly uses and charges are messaged back to the users.
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The scheme aims to build a low cost automated energy meter billing system device that will help to standardize people's lives and prevent the loss of electricity consumption which will make humans daily life more comfortable. This paper demonstrates the idea of a GSM-based energetic wireless Electrical Energy Meter Billing System. The suggested system exchanges a standard meter reading system and authorizes distant access to existing energy meter. It can detect regular meter readings without having to go to people in every home. The microcontroller (AT mega 328p) is getting used to operating the scheme with the assist of a SIM 900 GSM module and by the use of a GSM command code. The proposed system coding is performed by the Arduino, it is loaded on the AT Mega 328p via the Arduino UNO board. AT mega 328p receives information from the energy meter which helps to live the input current and voltage that is displayed in an LCD (16*2) by employing a logic rule code. Furthermore, the system will notify the user by alarming or by sending SMS via GSM module for the extra or overuses of electricity consumption daily which will help the user to reduce electricity consumption. A GSM-based wireless transmission system is compatible with each entity's electronic power meter so that it has close access to power consumption. GSM approved energy meter to meter readings is shipped back to the charging purpose sporadically and these options are modernized in very central info. The complete monthly uses and charges are messaged back to the users.
Key concepts: GSM, Electricity meter, Arduino, Microcontroller, Automatic meter reading, Service data point, Electricity, Computer science