“Design and Implementation of Smart Energy Community Using IoT Technology”

Abstract

No one can deny the impact of energy consumption and its side effects on the financial situation and global environmental safety. Energy is known to be the second most expensive service after raw materials. As such, the importance of reducing energy consumption in manufacturing is the primary goal of industrial enterprises. Therefore, energy saving is a major issue for economic growth and the protection of the global environment. And since factories are considered the highest energy users ,improving the energy efficiency used in factories is an important goal for all industrial institutions, and therefore intensive research and thinking about different systems to reduce energy consumption is a primary goal for researchers, and from these systems are the factory energy management system (FEMS ), And energy management systems (EMS). The Internet of Things (IoT) technology is a major contribution to energy management, as it can combine buildings with both machines and sensors. It has been known for different generations that the widespread prevalence of the energy quality problem is due to the heavy use of non-linear loads, such as diode, consumer electronics, computers or power supplies, or offers non-standard voltage, frequency, or current waves in any electrical distribution systems and as such In this thesis, IoT-based architecture is proposed to detect non-linear loads and work out how