Published Paper Details:

One of the most crucial aspects of our daily lives is electricity. For the full and proper use of our electricity, it must be done in the right manner. However, despite the fact that the country has a surplus of energy in many locations, there are still a large number of places that cannot even get access to it. Our goal is to lower monthly bills by using wireless technology and sending payments from remote locations straight to the electricity billing office. By doing this, we can cut down on the amount of time and effort now needed to visit every home in our system. The disadvantage of our existing bill payment system, which is a postpaid system, is that users' electricity use is not under any kind of user control. We intend to create a prepaid system for bill payment in order to reduce errors, as well as an IOT-based energy meter. This paper allows you to obtain the electricity bill, electricity providing days, and the previous bill. Our presented framework focuses on the part of smart grid parameter monitoring and calculation using IoT enabled smart meters (SMs). Our proposed system's first concept is that the load will consume the unit of energy and a bill will be generated based on the number of units consumed. The webpage will also provide real-time analysis. With the help of LCD displays, we can precisely determine the amount of energy consumed in the consumer node. In the second notion, we can observe the number of units consumed by the consumer side and, if they don't pay the Appropriate amount, we can use an IoT relay to disconnect the power supply. The third idea is to update to IoT while monitoring the current transformer of how much power the user uses.