CHAPTER 10. Battery Storage for Grid Connected PV Applications

Future Lithium-ion Batteries Pub Date : 2019-03-14 DOI:10.1039/9781788016124-00251

M. Vetter, S. Lux, J. Wüllner

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Abstract

With the increasing share of fluctuating renewables in power grids the need for, but also the value of, electrical energy storage is identified. Particularly advanced battery systems such as lithium ion offer various opportunities: they can be designed to be highly modular and are therefore flexible in usage and they offer comparably high efficiency as well as long calendar and cycle life times. Typical examples of such grid connected stationary applications are described in this chapter. These include small residential as well as commercial battery storage for increased self-consumption and self-sufficiency. The principles of system design and the integration of the key components such as inverter and energy management are described for such applications. Furthermore, test results of market available products show the achievements but also the remaining optimization potential, which has to be addressed in future developments. In particular, in the field of commercial and industrial applications, bankability and insurability are key for mass market dissemination. Therefore critical topics such as safety, reliability as well as performance are discussed in this chapter.

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第十章。并网光伏应用的电池存储

随着电网中波动的可再生能源份额的增加，电能存储的需求和价值也得到了确认。特别先进的电池系统，如锂离子电池，提供了各种机会:它们可以设计成高度模块化，因此使用灵活，它们提供相对较高的效率以及较长的日历和循环寿命。这一章描述了这种并网固定应用的典型例子。其中包括小型住宅和商业电池存储，以增加自用和自给自足。介绍了该应用的系统设计原则和逆变器、能源管理等关键部件的集成。此外，市场上现有产品的测试结果显示了成果，但也显示了剩余的优化潜力，这在未来的开发中需要解决。特别是在商业和工业应用领域，可融资性和可保险性是大众市场传播的关键。因此，本章将讨论诸如安全性、可靠性以及性能等关键主题。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Future Lithium-ion Batteries

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