蓄电池之隔板薄膜
HRPSocC：High-Rate Partial-State-of-Charge 高倍率部分充电状态
S 3.2 Evaluation of Different Glass Microfibre Separators and Membranes for VRLA Batteries Working on High-Rate Partial-State-of-Charge (HRPSocC)
在高倍率部分充电状态，不同超细隔膜的一些评价．
Contractors: Exide (Tudor), Daramic
Objective: Previous ALABC projects have explored the potential of a variety of materials which could be used as separators in VRLA cells employed for deep cycling. In such operation it is vital that the separator prevent the positive active material expanding. Project S 3.2 will explore the performance of a range of candidate separator materials in high-rate partial-state-of-charge (HRPSoC) operation (as in hybrid electric and 42 V vehicles) where the function of the separator is rather different.
在前面部分我们了解到了关于ＡＬＡＢＣ项目主要集中在深放电时候的极板材料研究，而这些极板的材料配方需要在每个电池单体内使用隔膜，这有助于电池的深放电时候的循环．，隔膜非常重要，它有利于我们能有效的防止极板材料的活性的控制．在这个项目里面主要研究的就是探求一种合适的隔膜使它能够在高倍率部分充电当中有良好的表现，也就是我们说的在混合电动汽车领域（４２Ｖ交通工具）上面．同时它应该具有自己一些不同的功能特性！
S 3.4 Separator Systems for VRLA Batteries in High-Rate Partial-State-of-Charge (HRPSoC) Duty
Contractors: FIAMM, Hollingsworth & Vose
Objective: Project S 3.4 seeks to at least double the service life of the VRLA battery in the HEV application through the use of an optimized glass pasting paper system.
