可再生能源系统混合储能技术与应用综述

Ahmed Samawi Alkafaji, Ali Abed aljabar Al-Samawi, H. Trabelsi
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引用次数: 4

摘要

为了说明可再生能源发电在世界各地的重要性。可再生能源技术为电网提供了大量的电力。可再生能源是微电网的原动力。微电网是由分布式发电(DG)电力系统组成的小型并联网络。本文将介绍自然界产生的混合能源以及如何直接或间接地从中获取电能,以及混合电力系统面临的挑战,其中最重要的是为每种应用建立合适的控制系统。快速响应和两种或两种以上可持续能源的支持提高了电力生产与(HRES)相结合的可靠性。本文综合评述了ESS技术类型、结构、分类以及ESS在MG应用中的优缺点。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Hybrid Energy Storage Review for Renewable Energy System Technologies and Applications
To illustrate the importance of renewable energy generation around the world. Renewable technology contributes to a remarkable amount of electricity to the grid. Renewable energy sources are the prime-movers of the microgrid. A microgrid is a small, parallel network of distributed generation (DG) power systems. In this paper, the hybrid energy sources resulting from nature and how to obtain the electrical energy from them, directly or indirectly, will be described, and the challenges facing hybrid power systems, in addition, the most important of which are to build appropriate control systems for each application. Fast response and support it by two or more sustainable energy sources increase the reliability of power production combined with (HRES). This study comprehensively reviews ESS technologies types, ESS structures, classifications, and ESS merits and demerits in MG applications.
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