Making batteries last longer [for electric vehicles]

Oman H.

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Making batteries last longer [for electric vehicles]

机译：使电池使用寿命更长（用于电动汽车）

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The early 1900's era of electric cars ended because the batteries didn't last long enough, and a new gasoline-engine-powered car cost less than a replacement battery. Long-life batteries are the key to achieving a low life-cycle cost for the electric vehicles that will help solve the air-pollution problem in our cities. New ways of making batteries last longer are discussed

机译：1900年代初期的电动汽车时代结束了，因为电池的使用寿命不足，而且新型汽油发动机驱动的汽车的价格低于更换电池的价格。长寿命电池是降低电动汽车生命周期成本的关键，这将有助于解决我们城市中的空气污染问题。讨论了使电池寿命更长的新方法

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来源
《IEEE Aerospace and Electronic Systems Magazine》 |1999年第9期|p.19-21|共3页
作者
Oman H.;
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原文格式 PDF
正文语种 eng
中图分类航空;
关键词
electric vehicles; lead acid batteries; secondary cells; diffusion-air manager; electric cars; electric vehicles; fast charge; lead-acid batteries; long-life batteries; low life-cycle; nickel-metal hydride batteries; zinc-air primary batteries;

机译：电动汽车;铅酸电池;二次电池;扩散空气管理器;电动汽车;电动汽车;快速充电;铅酸电池;长寿命电池;低寿命;镍氢氢化物电池;锌空气一次电池;

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专利

1. Coordinated charge management for battery electric vehicles: Operation management of charging infrastructures for battery electric vehicles considering vehicle, infrastructure, and grid constraints [J] . Felix Braam, Arne Groß, Michael Mierau, Computer science . 2017,第1a2期

机译：电池电动车的协调充电管理：考虑车辆，基础设施和电网约束的电池电动车充电基础设施的运营管理
2. Discussion on ????????Electrical equipment of battery road vehicles???????? and ????????The economic basis of battery electric road vehicle operation and manufacture???????? before the Utilization Section [J] . Proceedings of the IEE - Part II: Power Engineering . 1952,第71期

机译：电池公路车辆电气设备的讨论电池电动道路车辆运营和制造的经济基础利用科前
3. Network user equilibrium problems for the mixed battery electric vehicles and gasoline vehicles subject to battery swapping stations and road grade constraints [J] . Xu Min, Meng Qiang, Liu Kai Transportation research . 2017,第MAY期

机译：受电池更换站和道路坡度限制的混合动力电动汽车和汽油汽车的网络用户平衡问题
4. Relevance of Multidimensional Real-Driving Optimization for the Development of a Battery-Electric Vehicle 5.0: Multidimensional driving cycles based on fleet traffic data for the estimation of the energy demand of battery electric and conventional vehicles [C] . Stephan Rinderknecht, Arved Esser, Philippe Jardin International VDI Congress on Dritev - Drivetrain for Vehicles . 2018

机译：多维实际驾驶优化对电池电动车辆的发展5.0：基于车队交通数据的多维驾驶循环，用于估计电池电动和传统车辆的能量需求
5. Battery/ultra-capacitor hybrid energy storage system for electric, hybrid electric and plug-in hybrid electric vehicles. [D] . Cao, Jian. 2010

机译：用于电动，混合动力和插电式混合动力汽车的电池/超电容器混合能量存储系统。
6. Drive circuitry of an electric vehicle enabling rapid heating of the battery pack at low temperatures [O] . Yalun Li, Xinlei Gao, Yudi Qin, 2021

机译：电动汽车的驱动电路使电池组在低温下能够快速加热
7. Charge and discharge characteristics of different types of batteries on a hybrid electric vehicle model and selection of suitable battery type for electric vehicles [O] . Yunus emre Ekici, Nusret Tan 2019

机译：混合动力电动车型不同类型电池的充电和放电特性，以及电动车的合适电池类型的选择
8. Mission Directed Goals for Electric Vehicle Battery Research and Development: The Task Force on Electric Vehicle Battery Goals [R] . 1987

机译：电动汽车电池研究与开发的任务指导目标：电动汽车电池目标工作组

Making batteries last longer [for electric vehicles]

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