But lightweight construction techniques, solar cells and battery technologies are constantly advancing.
不过轻量化构造技术，太阳能板和电池技术也在不断进步。
However, currently available battery technologies are either too expensive or don't last for enough charge cycles to be practical.
但是，当前的电池要么价格太贵，要么不能持续的供给能源以达到循环利用。
Furthermore, the high energy capacity and potentially volatile nature of some battery technologies is a major safety concern.
此外，某些电池的高能量容量和潜在的易变性也是主要的安全隐忧。
But high oil prices and concern over climate change mean there is now more of an incentive than ever for researchers to join the quest for better battery technologies.
高昂的油价以及对气候变化的忧虑，意味着研究者们将以前所未有的动力去加入追求更好性能的电池技术的行列。
The rapid development of modern electronic products require power sources with higher energy density, but the state-of-the-art battery technologies cannot meet the requirement.
现代通讯、电子设备的飞速发展对电源提出了更高比能量的要求，现有的电池技术尚无法满足这样的要求。
One reason is that innovations in display, battery and microprocessing technologies have greatly reduced their cost.
一个原因是科技革新使显示，电池和微处理技术大大减少了成本。
"The battery is an enabler" of electric vehicles and other technologies, said Ted J. Miller, a technical specialist at the.
“电池是(电动车和其他技术)的能动助手。”福特汽车公司的技术专家TedJ .Miller在谈到阿伦敦生产的新型电池和其他依托不同化学介质的电池时，这样说道。
The technologies of recovery and utilization of waste and used Zn-Mn battery have been reviewed. The mostly recovery products of waste and used Zn-Mn battery have been introduced.
综述了废旧锌锰电池回收利用的各种技术，介绍了废旧锌锰电池的主要回收产品。
The technologies of recovery and utilization of waste and used Zn-Mn battery have been reviewed.
综述了废旧锌锰电池回收利用的各种技术，介绍了废旧锌锰电池的主要回收产品。
The high-performance electrode material of lithium ion battery has become one of the key technologies in the study and development of high performance lithium ion battery.
锂离子电池用高性能电极材料一直是锂离子电池开发研究的关键技术之一。
The recycle technologies of spent battery which widely applied were briefly discussed.
对国内外应用较广泛的废旧电池回收技术进行了初步探讨。
NAS battery technology has become one of the most promising DSM technologies for its high performance, large energy density, good temperature stability, low cost and better security.
钠硫蓄电池技术以其性能高、能量密度大、温度稳定性好、成本低、安全性好的特点已成为目前最有前景的电力需求侧管理新技术之一。
The key technologies of the new energy vehicles include electric vehicle battery power management technology, motor control technology and vehicle control technology.
电动汽车的关键技术包括蓄电池管理技术、电机控制技术和整车控制技术等。
The key technologies of the new energy vehicles include electric vehicle battery power management technology, motor control technology and vehicle control technology.
电动汽车的关键技术包括蓄电池管理技术、电机控制技术和整车控制技术等。
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