OPTIMIZATION OF THE ENERGY CONSUMPTION FOR DATA COLLECTION AND TRANSMISSION IN A DIGITAL TWIN APPLICATION

Abstract

The Internet of Things (IoT) has become an important aspect of daily life. It offers various functions for people to utilize. IoT has become indispensable due to its numerous capabilities, one of which is its ability to upload data to the cloud through the IoT network, especially when there is a significant amount of data involved. However, it has become imperative that certain optimizations are needed to ensure that conducting such activities does not inflict a high cost. Optimizing energy consumption is one of these interests, and there are multiple ways to achieve this, one of which is to select the best IoT module. etermining certain adjustments of the parameters will also help in the optimization of energy consumption. This is also helped by the use of digital twin, in which a virtual system is developed in imitation of the physical system; a simulation is one such example. By choosing the module with the lowest energy consumption value (10 J) to conduct certain activities and adjusting the parameters involved, the energy consumption will be optimized and the utilization of IoT will be implemented significantly better.