笔记本及掌上电脑的电池通常属于智能电池。
Notebook and Tablet PC batteries are usually the Smart Lithium-Ion type.
笔记本及掌上电脑的电池通常属于智能电池。
Notebook and Tablet PC batteries are usually the Smart Lithium - Ion type.
设计与开发智能电池管理系统，提高电池的管理效率。
It carries out design and development of intelligence battery management system to improve cell management efficiency.
资讯科技对二个物，去脂引擎和杀死智能电池是好的。
It's good for two things, degreasing engines and killing brain cells.
标准电池组没有智能电池组那么复杂，但仍然可以满足应用中的要求。
Less complex than a 'smart' battery pack, yet still assembled to meet the specifications of the application.
作为当前研究的热点，智能电池管理系统在各个行业中有着广泛的应用前景。
As a research hotspot, the management system of intellective battey has an extensive applied field.
全面的电池检测维护：采用智能电池单体检测、内阻检测技术，及时发现劣化电池并报警。
Comprehensive testing and maintenance for batteries, it adopts intelligent cell testing, internal resistor testing technology, finding degradation cell and alarming.
智能电池系统内部对电池进行高效测量、管理和保护，对外提供完整的电池信息，对充放电进行有效控制。
Smart battery system can fulfill the task of battery measurement, management and protection, and can provide battery information completely, and control charge and discharge efficiently.
很多公司都已多年开发智能电池技术，包括将电池容量增加十倍的方法，或者从空气中吸取能量的充电设备等。
Plenty of companies have been developing smarter battery technology for years, including methods to increase battery capacity tenfold or charge devices by pulling energy from the air.
德州仪器的“ImpedanceTrack”产品线由该公司的模拟设备业务部生产，占据着现代智能电池市场的一角。
TI's Impedance Track line of gas gauges, manufactured by the company's analog devices group, has a corner on the modern smart battery market.
随着供应商多年来为笔记本电脑、智能手机和电动汽车开发技术，该产业因电池的改善受益匪浅。
The industry is benefiting from improved batteries as suppliers over the years developed technology for laptops, smartphones and electric cars.
如同我在最近博客中提到的世界上最小的电脑，这样的太阳能电池理论上可以应用于任何人们想做成“智能”的东西。
Like the world's tiniest computer I recently blogged about, the solar cells could theoretically be put to use with anything people want to make "smart."
智能手机是我们的最爱，然而电池没电的时候，情况则不同了。
We love our smart phones. Except when they run out of batteries.
智能能源公司作为新型氢动力计程车合作开发的领衔企业，已经设计制造出利用氢气发电的燃料电池。
Intelligent Energy, leading the consortium for the new hydrogen taxi, has designed and built the fuel cell, which USES hydrogen to make electricity.
带有“瘦”太阳能电池的智能手机，它的用户可以不用充电而让手机整日开机实用。
With a thin 'power slice' as the solar powered battery, triple flip owners could carry around extra to keep their phone running days without recharging.
这些LED光源将使“智能”公路和停车场变得可行，而且标记都可以变化，而电池将产生足够的能量来为企业、城市、最终将可以为整个国家来供电。
The lights would allow for "smart" roadways and parking lots with changeable signage, while the cells would generate enough energy to power businesses, cities and, eventually, the entire country.
iPad的电池寿命给我留下了很深的印象。我发现它比苹果公司所说的10个小时还长，也远远长于我的笔记本电脑和智能手机。
I was impressed with the iPad's battery life, which I found to be even longer than Apple's ten-hour claim, and far longer than on my laptops or smart phones.
mPhase/AlwaysReady已经被陆军邀请为价值75万美元的阶段II授予提交一份建议，为计算机内存的应用软件建立一个功能化的智能纳米锂电池原型。
mPhase/AlwaysReady has been invited by the Army to submit a proposal for a ＄750,000 Phase II grant to build a functional lithium Smart NanoBattery prototype for a computer memory application.
他认为这家公司通过制造智能光电池能使太阳能与煤的竞争力相当。
Professor Ely Sachs gave up his faculty position to go all-in on a company that he believes can make solar energy competitive with coal via smart photovoltaic manufacturing. Larry Greenemeier reports.
即便这是电池续航的包袱，多任务处理能力的确是未来智能手机的必备。
Despite being a drain on the battery, multitasking capability is definitely a must for the smartphones of the future.
这种电池是并不是所有设备的最理想配件，但它们可能在未来大有用处，如智能化包装，RFID应用以及电子纸产品。
Such batteries aren't ideal for every application, but they could be extremely useful in future incarnations of smart packaging, RFID sensing, and electronic paper products.
现在，和老款的手机相比，对智能手机最大的诟病就是电池太不耐用了。
A common complaint about today’s smartphones is their short battery life compared to older cell phones.
事实上现在最大的困难是找到能供智能手机摄像头长时间使用的电池。
In fact, one of the biggest current obstacles would be finding batteries capable of keeping the smartphone camera on for extended periods.
一天之内把你的智能手机电池用光。
现场试验表明，在有适度额外保护的情况下，智能手机从使用角度来讲足够坚固；另外特质电池也可以在充电期间延长使用时间。
Field tests suggest that with some modest additional protection, smartphones are robust enough for use and special batteries can prolong time between charges.
此外，智能电网更容易集成间歇式和分散型电源，例如屋顶的太阳能电池板、后院的风力发电机等。
Moreover a smart grid will make it easier to co-ordinate the intermittent and dispersed sources of power, from rooftop solar panels or backyard wind-turbines, for example.
使用3G和wi-fi确实是智能手机耗电最大户，限制了所有3G设备的电池续航时间，而iphone在这方面尤其低效。
While it’s true that 3G and Wi-Fi radios are the biggest drain on smartphone batteries and they limit the battery performance of all 3G devices, the iPhone is particularly inefficient.
使用3G和wi-fi确实是智能手机耗电最大户，限制了所有3G设备的电池续航时间，而iphone在这方面尤其低效。
While it’s true that 3G and Wi-Fi radios are the biggest drain on smartphone batteries and they limit the battery performance of all 3G devices, the iPhone is particularly inefficient.
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