High Speed FPGA Assisted IoT Development for Smart PV Grid Monitoring System

The Internet of Things (IoT) is the ability to link people and things with anyone and anything at anytime, anywhere, over any network, and via any service. The Smart Grid (SG) is the greatest significant IoT applications. Due to this development, the SG has billions of Internet-connected gadgets that produce a lot of data at the network edge. In this paper the Field Programmable Gate Array (FPGA) are supported for the development of IOT based Smart PV grid monitoring System. This paper provides a unique mayfly-optimized ANN controller for monitoring the highest power point in partly shaded sets. Smart PV's innovative technology makes it possible to store extra solar energy in the heating system. Luo converter is applied in this paper and it increase DC-DC voltage from optimistic to positive with a simple building, high control density, high competence, and affordable architecture. Both the PV system and the proposed method were simulated in the Mat lab/Simulink environment. Additionally, a comparative analysis is done in this work, and the voltage gain of the Luo converters is monitored at 9V.