Smart Energy Management Techniques of Microgrid: A Review

Pratiksha Gupta, M. A. Ansari, I. Ali
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Abstract

This article provides an smart energy management system (EMS) for a renewable energy strategy as well as an efficient control technique to link with the utility grid. It is necessary to adapt a conventional Energy Management System (EMS) in order to handle these problems and take into account the special characteristics of microgrids. Even though many studies have achieved excellent research findings, they only addressed a portion of the requirements or just used simulations to verify their EMSs. The continual requirement to adjust to new load types and production tactics makes the power system more challenging. In order to achieve the desired outcome, communication technology that connects the controller units and electrical devices / sensors for various end users and utilities is crucial. The prosumers and end users have access to data for making decisions about the smart grid thanks to the Internet of Things (IoT), which is the newest and fastest-growing form of modern communication. This paper talks about smart energy management techniques and utilize IoT to manage, control, and monitor electrical energy.
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微电网智能能源管理技术综述
本文为可再生能源战略提供了一种智能能源管理系统(EMS),并提供了一种与公用电网连接的高效控制技术。为了解决这些问题,并考虑到微电网的特殊性,有必要采用传统的能源管理系统(EMS)。尽管许多研究取得了优秀的研究成果,但它们只解决了一部分要求,或者只是使用模拟来验证其ems。不断适应新的负荷类型和生产策略的要求使电力系统更具挑战性。为了达到预期的结果,为各种最终用户和公用事业连接控制器单元和电气设备/传感器的通信技术至关重要。由于物联网(IoT)是最新和增长最快的现代通信形式,产消费者和最终用户可以访问数据以制定有关智能电网的决策。本文讨论了智能能源管理技术,并利用物联网来管理、控制和监测电能。
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