Pure lead carbon technology development PLH+C development for PSoC cycling and fast charging

S. Peng, Fang Yuan
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Abstract

In this paper, we will present the recent technology investigation which has integrated the advantages of thin plate pure lead and carbon technologies (PLH+C). This advanced technology will provide an alternative solution for energy storage market, especially for end users who are looking for high charge acceptance, fast charging, and long Partial State of Charge (PSoC) cycle performance. The test data shows that PLH+C improves charge efficiency significantly, over 2 times as much as thin plate pure lead battery technology. Fast charging (1–2 hours) can be achievable by using proper charging profile. Water consumption and end of charging current can be managed by reducing to the half of general pure lead batteries' values. For IEC61427-1 PSoC cycle performance, ongoing test shows good trend to achieve high cycles numbers.
纯铅碳技术的发展,用于PSoC循环和快速充电的PLH+C技术的发展
在本文中,我们将介绍最近的技术研究,整合了薄板纯铅和碳技术(PLH+C)的优势。这种先进的技术将为储能市场提供另一种解决方案,特别是对于寻求高充电接受度、快速充电和长部分充电状态(PSoC)循环性能的最终用户。测试数据表明,PLH+C技术显著提高了充电效率,是薄板纯铅电池技术的2倍以上。通过使用合适的充电配置,可以实现快速充电(1-2小时)。水的消耗和充电结束电流可以通过降低到一般纯铅电池的一半值来管理。对于IEC61427-1 PSoC周期性能,正在进行的测试显示出实现高周期数的良好趋势。
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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