The Smart Grid is one of the features of the smart city model. It is an energy consumption monitoring and management system. Smart grids are based on communication between supplier and consumer. One of the main problems with today's aging network is efficiency. The network becomes overloaded during peak hours or seasons. It is also possible to hack the system and essentially draw electricity for free. Using the smart grid, the consumer and the owner get daily reading of electricity consumption, and the owner can cut off the electricity supply remotely via the Internet if the bill is not paid. One more thing: data collected by smart meters should not be accessible to unauthorized parties. In case a meter change occurs, the owner and consumer receive the message and the owner can take action accordingly. By installing the circuit on the customer's energy meter, data on energy consumption can be acquired from there. After acquiring the data, that data can be updated on the cloud service, so that consumer and supplier can access that data via the Internet. Say no to plagiarism. Get a tailor-made essay on "Why Violent Video Games Shouldn't Be Banned"? Get an original essay The main part of the project is the smart grid meter. When the LED in the smart meter flashes 3200 it means one unit is consumed. The second feature of this design is a microswitch mounted in the meter. This is to prevent tempering of the meter. There is a hidden switching circuit as whenever someone tries to open the meter, a switch will appear and the controller sends the message to the owner and consumer. The third design feature is the control counter; if the bill is not paid by the customer, the owner can cut the meter. The fourth feature is the use of Omron D6T sensors. D6T thermal sensors can detect the presence of stationary people by detecting body heat and are also capable of monitoring the temperature of a room, which plays an important role in saving electricity. The Smart Grid (SG) could be seen as the largest instance of the IOT network in the near future. The purpose of the smart grid is to maintain a real-time balance between energy production and consumption, allowing for widespread monitoring and control over the electricity chain. This paper analyzes the various accepted application requirements of the Internet of Things implemented in the smart grid. and provides an effective proposal on different technologies and standards and Smart Grid and also provides an overview on different applications and drivers of Smart Grid. Data acquisition requires human resources, we can save this critical resource by using smart grid application.