电池使用寿命 - 翻译成英语

• battery life
• battery lifetime

在 中文 中使用 电池使用寿命 的示例及其翻译为 英语

很多朋友都担心时间不够，电池电力不足，还可能缩短电池使用寿命；.
Many friends worry that time is not enough, battery power is not enough, and may shorten the battery life;

与之相辅的是法雷奥电池热管理解决方案，该方案对优化电池使用寿命以及续航里程至关重要。
Also on show are Valeo's battery thermal management solutions, which are essential for optimizing battery life span and travel range.

电池使用寿命：约1年.
Battery life: Approximately one year.

新款iPad：电池使用寿命短.
New iPad: A short battery life.

按照MobileMark2014电池使用寿命基准进行测试。
Based on testing using the MobileMark 2014 battery life benchmark test.

您想要延长电池使用寿命吗?
Do you want to extend your battery life?

按照MobileMark2014电池使用寿命基准进行测试。
Based on testing using the Mobile Mark 2014 battery life benchmark test.

R－78S评估板延长IoT应用的电池使用寿命.
R-78S Evaluation Board extends battery lifetime in LoT applications.

新型号的Switch将大幅增强电池使用寿命。
The new Switch model will have improved battery life.

此外，使用这些材料的电池使用寿命相对较短。
Batteries using these materials also have relatively short lifetimes.

主动式3D眼镜中的电池使用寿命有多长？?
What is the lifetime of the battery in the Active 3D glasses?

现代数字设备还包括休眠和电源管理技术，这同样可以增加电池使用寿命。
Modern digital devices also include sleep and power-management technologies that increase battery life even further.

回归方法：该方法可提供电池使用寿命结束前剩余天数/周期的信息。
Regression Approach- Models provide information on how many days/cycles remain until the end of a battery's useful life.

所以，了解电池使用寿命的好方法是参考下面五大因素根据用户的使用习惯来推算。
Therefore, the best way to understand the battery life is to use the following five factors to calculate according to the user's usage habits.

电池使用寿命和标准仍是重大挑战，且并不是所有智能设备都能协同工作。
Battery life and standards still present significant challenges, and not all smart devices get along.

影响锂电池使用寿命的因素很多，而能量密度是其中一个非常重要的内部因素。
There are many factors affecting the life of lithium batteries, among which energy density is one of the most important internal factors.

它的RF功耗在业界最低，仅为7mAldd，由此大幅延长了电池使用寿命。
The industry's lowest RF power consumption at 7 mA idd significantly extends battery life.

过去几年里涌现出了大量可穿戴电子产品，所面临的共同难题之一就是电池使用寿命问题。
A wide range of wearable electronic products has emerged over the last few years, and one of the common themes is that of battery life.

考虑到电气化和自动化因素，电池使用寿命将对汽车服务提供商的经济效益产生重大影响；.
Considering electrification and autonomous, the battery range will have significant impact on the economics for the mobility service providers;

延长电池使用寿命，与现有电池系统完全兼容;
Extended battery life, full compatibility with existing battery systems;