A Study Towards Current Trends, Issues and Challenges in Internet of Things (IoT) based System for Intelligent Energy Management

Abstract

The Internet of Things (IOT) is a system which houses and interfaces gadgets, sensors, programming and system associations for gathering and trading information to assume responsibility for things on this globe. This IOT associates the physical world with the PC based framework and toward the end, it results in more productivity, precision and benefit for the client. The IOT isn't constrained to a specific region and in future it assumes a more noteworthy job in every single territory of research. Home Energy Management System (HEMS) is a territory which uses sustainable power sources, decreasing carbon emanations, organizing the heap at home with the interest and imperatives of the client like power charge utilizing the data from different sensors through various correspondence innovations. Numerous analysts and corporate segments have approached with their systems for fusing IOT into HEMS. This paper surveys different designs of HEMS with IOT to have a concise comprehension of every engineering aspect for the future research. The compositional structure enables the framework to foresee the rest interim of sensors dependent on their outstanding battery level, their past utilization history, and nature of data required for a specific application. The anticipated esteem can be utilized to help the use of cloud assets by reprovisioning the assigned assets when the relating tactile hubs are in rest mode.