Achieving efficient and secure data acquisition in grid-connected solar, wind, and battery systems for cloud-supported internet of things

Abstract

The current world's scarcity of resources is driving everyone towards energy-efficient technologies. Among all of these resources, power is one that must be monitored and controlled as needed, as electricity usage increases. It described an excellent implementation of an intelligent remote monitoring system for solar Photovoltaic (PV), Wind Energy Conversion System (WECS), and battery systems used in a greenhouse setting in this research. The proposed system design can be placed in solar PV, WECS, and batteries to solve management issues, shorten mean time to repair, and reduce maintenance costs. It created a smart remote monitoring system based on the internet of things to monitor Solar PV, WECS, and batteries. This system included internet-based remote monitoring of solar PV, WECS, and batteries via host, network GPRS (Global Positioning Radio Service), embedded system gateway, and Arduino. Our demonstration results show that the system can monitor, store, and alter data from solar PV, WECS, and batteries. Remote monitoring functions are thus performed in real time.