智能电网框架下的储能技术分析

R. Vatu, Oana Ceaki, N. Golovanov, R. Porumb, G. Seritan
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引用次数: 14

摘要

电力系统部门正在经历一场全面改革,以实现更智能的系统,其中消费者正在成为产消者。能源储存是目前世界各地正在建设的智能电网的重要组成部分。这些电网旨在提高电力传输和分配的可靠性,促进可再生能源发电机的整合,并允许电力供应的远距离交易。当与储能系统配合使用时,可再生能源提供的电力效率可以最大化。在此框架下,本文讨论了电池容量、价格和可靠性问题。在第一部分中,进行了一般分析,目的是准确地确定存储系统的当前状态。设计了一个例子,从一个真实的配电系统开始,以创建一系列可能的问题和解决方案,这些问题和解决方案将进一步仔细审查。
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Analysis of storage technologies within smart grid framework
The power systems sector is undergoing a complete overhaul to a smarter system, in which the consumers are becoming prosumers. Energy storage is a vital component of the smart grids that are currently being built around the world. These grids are designed to improve the reliability of electricity transmission and distribution, facilitate the integration of renewable energy generators and allow long - distance trading of electricity supplies. The efficiency of the power supplied by the renewable energy sources can be maximized when paired with an energy storage system. In this framework, current paper is addressing the issues of batteries capacity, prices and reliability. In the first section, a general analysis was performed, aimed at accurately identifying the current state-of-the art of storage systems. An example was designed, starting from a real electric distribution system, in order to create an array of possible issues and solutions which will be further scrutinized.
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