Research on the Detection Method of Disconnection of Low Voltage Anti-Theft Transformer

Abstract

Theft of electricity is a significant loss of power sources. This fraud is mostly attributed to users’ actions such as removing the power supply, misuse of the power supply, etc. This analysis provides a way to handle the bypass and abuse of energy meters. A detection method of disconnection of low voltage anti-theft transformer (DM-DLVATT) to detect electricity theft is proposed in this research. The device architecture on a designed microcontroller’s measurement of two sensors. Although one of the new sensors controls the consumer charge’s power, the consumer has mounted the energy consumed by all modules while maintaining the device. The robbery suggests some difference between the interpreted values. There is also a temporary adjustment in the meter to restart the meter until it is altered. To recharge power products and track carbon emissions, the consumer often has remote access to electricity monitors. The device has been calculated correctly, and any effort has been made to circumvent or modify the voltage regulator. Finally, all disreputable actions using GSM technologies have been registered.