A Secure IoT Based Grid-Connected Inverter using RSA Algorithm
Nasim Ahmed, Md. Ziaur Rahman Khan · 2021
The model of the internet of things (IoT) based single-phase grid-connected inverter using RSA (Rivest-Shamir-Adleman) algorithm is presented here. The inverter is developed by H-bridge architecture and sinusoidal pulse width modulation technology (SPWM). The grid connectivity of this inverter is built by the phase control technique. The inverter has fewer harmonics and a simplistic structure than conventional available technologies. Because this IoT-enabled inverter is continually connected to the network, cybersecurity concerns and obstacles are developing. The paper explores how the RSA method could be used to assure the IoT-enabled inverter's connectivity and data security. The inverter simulation is performed in MATLAB / SIMULINK to validate the final output, and the RSA technique is performed in Python.