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EMEA NexSys TPPL 产品指南 英文 0824
薄板纯铅 (TPPL) 技术 NexSys ® TPPL 技术与传统铅酸电池相比具有显著优势。铅钙合金板栅在正常运行期间容易腐蚀，导致电流损失和电池寿命缩短。相比之下，纯铅制成的 TPPL 板栅更薄，表面积更大，从而产生更大的功率输出。纯铅晶粒结构可最大限度地降低电阻，并显著降低腐蚀的可能性，从而提高电池的性能和使用寿命。
nexsys®TPPL集团电池
我们的充电系统提供了灵活的模块化设计 - 尺寸和调整了电池技术和操作参数的充电配置文件。•IMPAQ™电池充电器和Nexsys® +电池充电器在高频充电方面具有更高的价值，并包括专有的Nexsys®TPPLBLOC和标准充电配置文件。•使用Enersys®高频充电解决方案，通过降低维护和能源成本来降低TCO（总拥有成本）。•低组件设计提供灵活性，安全性和可靠性。
EITPP I：Jimma-Chida 和 Sodo-Sawla 道路升级项目。地块 1：Jimma-Chida 路段（80 公里）季度报告，2024 年 3 月
根据 ERA GDM 2013 附录 A，该道路项目的道路功能分类为连接道路。设计顾问所做的交通调查和预测表明，根据 ERA 的道路功能分类表 2.1，适用于该项目道路的设计标准为 DC6，Dedo Sheki 镇二级公路为 DC5。现有的碎石路大部分路段的坡度已经消失。部分路段也未保持所需的超高。山区路段有一些深挖路段，边坡陡峭，项目道路平坦地形的平均填筑高度为 0.5 - 1.0 米。该项目建设工程完工的总合同时间为 1460 个日历日（48 个月），缺陷责任期为 365 个日历日（12 个月）。承包商负责执行所有合同工程，完成这些工程并修复其中的任何缺陷。在整个施工工程期间（包括缺陷责任期），顾问将履行合同文件规定的工程师的所有职责和责任。
alpha®XRT-TPPL扩展运行时电源系统技术手册
图0-1，从alpha到达的围栏........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 70-2, Packing Label Location..............................................................................................................................................7 Fig.1-1, PN-4 FT Enclosure.....................................................................................................................................................8 Fig.1-2, PN-4 FTB Enclosure...................................................................................................................................................8 Fig.2-1，PN-4 ft或PN-4 FTB外壳的单个宽混凝土垫..................................................................................................................................................................................................................................................................................................................................................................................................................... 102-2, Single-Wide Pad for PN-4 FT or PN-4 FTB Enclosures............................................................................................ 11 Fig.2-3, Double-Wide Pad for PN-4 FT and PN-4 FTB Enclosures........................................................................................12 Fig.2-4, Suggested Grounding..............................................................................................................................................14 Fig.3-1，PN-4 ft机柜安装在准备好的垫子上...........................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................3-2, FBX-60A on PN-4 FT Enclosure...............................................................................................................................17 Fig.3-3, BBX 70A (BBX-F12).................................................................................................................................................17 Fig.3-4, BBX 100A (BBX-F18)................................................................................................................................................17 Fig.3-5, MTS (Showing 100A and 60A boxes)......................................................................................................................17 Fig.3-6, BBX-100A-8P0S Service Disconnect.......................................................................................................................18 Fig.3-7, BBX-70A Service Disconnect...................................................................................................................................19 Fig.3-8, Schematic: Primary Service BBX-100A-8P0S with IPP-240-3..................................................................................20 Fig.3-9，示意图：带有IPP-1220-3的初级服务BBX-100A-8P0 ..3-10，示意图：带有IPP-120-2的二级服务BBX-100A-8P0 ..3-11，示意图：带有IPP-240-2的二级服务BBX-100A-8P0 ..3-12, Schematic: Secondary Service BBX-70A with IPP-120-1.......................................................................................22 Fig.3-13, Schematic: Primary Service BBX-70A with IPP-240-1...........................................................................................22 Fig.3-14, Connector Fitting in Rear of Equipment Tray..........................................................................................................23 Fig.3-15, Location of SPI in Equipment Tray..........................................................................................................................23 Fig.3-16, SPI Ground Wire Connected to Enclosure Ground Bar..........................................................................................23 Fig.3-17, Conduit Location.....................................................................................................................................................24 Fig.3-18, Coaxial Connectors................................................................................................................................................24 Fig.3-19, AlphaCell ® 210 FTX Battery Date Code..................................................................................................................25 Fig.3-20, In-Line Fuse Link Mounting...................................................................................................................................25 Fig.3-21, In-Line Fuse Cable.................................................................................................................................................25 Fig.3-22, BIU Tamper Switch Location..................................................................................................................................26 Fig.3-23, Conduit Pass Through............................................................................................................................................26 Fig.3-24，路由导管地下示例....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 27 3-25, Removing Battery Hardware..................................................................................................................................28 Fig. 3-26, Installing Battery Cables and Intercell Fuses.........................................................................................................28 Fig. 3-27, Trimming Battery Cover on PowerSafe ® SBS190F Batteries...................................................................................28 Fig. 3-28, XM3.1-HP Power Supply Smart Display.................................................................................................................29 Fig. 3-29, PN-4 FT XRT-TPPL Power System Wiring Diagram................................................................................................30 Fig. 3-30, PN-4 FTB XRT-TPPL Power System Wiring Diagram.............................................................................................31 Fig. 3-31, BIU Extension Connections to XM3.1-HP Power Supply.......................................................................................32 Fig. 5-1, Security Screw Dimensions....................................................................................................................................34 Fig.3-24，路由导管地下示例....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 273-25, Removing Battery Hardware..................................................................................................................................28 Fig.3-26, Installing Battery Cables and Intercell Fuses.........................................................................................................28 Fig.3-27, Trimming Battery Cover on PowerSafe ® SBS190F Batteries...................................................................................28 Fig.3-28, XM3.1-HP Power Supply Smart Display.................................................................................................................29 Fig.3-29, PN-4 FT XRT-TPPL Power System Wiring Diagram................................................................................................30 Fig.3-30, PN-4 FTB XRT-TPPL Power System Wiring Diagram.............................................................................................31 Fig.3-31, BIU Extension Connections to XM3.1-HP Power Supply.......................................................................................32 Fig.5-1, Security Screw Dimensions....................................................................................................................................34 Fig.5-2, Template Placement on Enclosure...........................................................................................................................34 Fig.5-3, Installing Brackets....................................................................................................................................................35 Fig.5-4, Installing Security Bar..............................................................................................................................................35 Fig.5-5, Battery Interface Unit Front.....................................................................................................................................36 Fig.5-6, BIU Mounting Ear (Horizontal Position)...................................................................................................................36 Fig.5-7, BIU Mounting Ear (Vertical Position).........................................................................................................................36 Fig.5-8, BIU Mounting Ear (Alternate Position).....................................................................................................................36 Fig.5-9, BIU Mounting Locations..........................................................................................................................................37 Fig.5-10, IPP for One Power Supply......................................................................................................................................37 Fig.5-11，一个电源（不是工厂预接）的Breaker Duplex选项（BDO）........................................................................................................................................................................................................................................................................................................................................................................................................................... 37FIG。5-12, LA-P+ Installed in BDO..........................................................................................................................................38 Fig.5-13, Location of LED on LA-P+.....................................................................................................................................38
DTPP：自动驾驶中树木政策规划的可区分联合条件预测和成本评估
摘要 - 运动预测和成本评估是自主性自治决策系统中的重要组成部分。但是，现有方法通常忽略成本学习的重要性，而将其视为单独的模块。在这项研究中，我们采用了树结构的政策计划者，并为自我条件的预测和成本模型提出了一个不同的联合培训框架，从而直接改善了最终计划绩效。对于条件预测，我们引入了一个以查询为中心的变压器模型，该模型执行有效的自我条件运动预测。对于计划成本，我们提出了具有潜在互动功能的可学习的上下文感知成本功能，从而促进了可区分的联合学习。我们使用现实世界的NUPLAN数据集及其相关的计划测试平台验证了我们提出的方法。我们的框架不仅与最先进的计划方法匹配，而且在计划质量方面的其他基于学习的方法优于其他基于学习的方法，同时在运行时更有效地运行。我们表明，联合培训比对两个模块的单独培训的性能要好得多。此外，我们发现树结构化的策略规划表现优于传统的单阶段计划方法。代码可用：https：//github.com/mczhi/dtpp。
emea nexsys tppl atp传单英语0224
使用加速吞吐量包（ATP）升级Nexsys®TPPL电池，以提高充电性能和热管理。此可选升级可提高能量吞吐量能力，以帮助您的设备在高批量应用中的生产力。
li-ion可充电电池ABSL 8S16P 28V 56AHemea nexsys tppl传单英语0224
•无维护 - 无需浇水•比传统的铅酸电池更快•没有溢出或溢出•在休息期间以及与Nexsys®TPPL电池的轮班之间充电，设备保持工作，而不是坚持使用，而不是在浇水或换车站上 - 帮助您的运营商专注于更多可赚钱的核心活动。
cptpp-cbf-supply-chains-Analysis-2023.pdf
CPTPP中有12名成员，但该协议并未同时生效。2018年12月30日，该协议首次为澳大利亚，加拿大，日本，墨西哥，新西兰和新加坡生效。在2019年1月14日生效越南。自2021年9月19日以来，CPTPP自2022年11月29日起就一直在秘鲁生效，自2023年2月21日以来，智利和文莱自2023年7月12日以来一直在智利。CPTPP尚未为英国生效。
疫苗的示例目标产品配置文件（TPP）
在为新药产品创建目标产品概况时所解释的TPP是FDA引入的计划工具，以简化药物开发过程。NIH种子已经开发了用于疫苗的以下样品TPP。它旨在根据产品开发的各个阶段以及药物应具有的质量特征的摘要来证明潜在的内容。实际的TPP将需要更多的细节，并基于彻底的科学，监管和市场研究。