充电和放电 in English translation

• charge and discharge
• charging and discharging
• charged and discharged

Examples of using 充电和放电 in Chinese and their translations into English

结果是电池不断充电和放电，无需前期能源投资。
The result is a battery that constantly charges and discharged with no need for upfront energy investment.

钒已经成为一种流行的电解质组分，因为这种金属可以在数千次循环中可靠地充电和放电。
Vanadium has become a popular electrolyte component because the metal charges and discharges reliably for thousands of cycles.

对称的功率流可确保在充电和放电周期中具有相同的效率：最轻便，最有效的混合解决方案。
Symmetric power flow ensures the same efficiency in both charging and discharging cycles: the most lightweight and efficient hybrid solution.

总之，关于锂电池手机充电和放电问题的最重要提示是：.
In summary, the most important tips for the charge and discharge problems of lithium batteries in use are.

当锂在电池中充电和放电时，它开始长出树突和细丝，“这造成了许多问题，”黄说。
As lithium gets charged and discharged in a battery, it begins to grow dendrites and filaments,“which causes a number of problems,” Huang said.

而且，这些超级电容器可以连续充电和放电数千次，而不会面临任何类型的能量损失。
Moreover, these ultracapacitors can be charged and discharged continuously for thousands of cycles without facing any kind of energy loss.

ElGabaly解释说，在任何锂电池中，锂在充电和放电时必须从一个电极到另一个电极来回移动。
El Gabaly explained that, in any lithium battery, lithium must travel from one electrode to the other when it is charged and discharged.

充电和放电电流(安培)通常用电池额定容量的倍数表示，叫做充电速率(C-rate)。
The charge and discharge currents(amperes) are usually expressed in multiples of the rated capacity of the battery and are called the charge rate(C-rate).

研究发现，碲电极具有更高的能量密度，而且可以比普通电极材料更快地充电和放电。
Tellurium electrodes have higher energy densities and may be charged and discharged faster than conventional electrode materials.

它表现出高化学稳定性，导致充电和放电实验中没有容量降低。
It presented high chemical stability which resulted in no capacity degradation in charge and discharge experiments.

从本质上讲，它是衡量电池在被视为耗尽之前可以充电和放电多少次的度量。
It is essentially a measure of how many times the battery can be charged and discharged before it is deemed dead.

大多数人都不知道铅酸蓄电池在运行时处于连续充电和放电状态。
Most people don't realize that a lead-acid battery operates in a constant process of charge and discharge.

研究发现，碲电极具有更高的能量密度，而且可以比普通电极材料更快地充电和放电。
Tellurium electrodes are found to have higher energy densities and can be charged and discharged faster than more commonly-used electrode materials.

超级电容器几乎可以立即进行充电和放电，并可以持续数百万次循环，从而使其成为完美的储能单元，可实现极高的功率输出和快速充电。
Ultracapacitors can charge and discharge almost immediately, and last millions of cycles, making them perfect energy storage units for extreme power outputs and rapid charging..

因为这些变化纯粹是基于两极分化的，所以这个过程是高度可逆的，使超级电容器能够被充电和放电数十万次。
Because the changes are purely based on polarization, the process is highly reversible, enabling supercapacitors to be charged and discharged hundreds of thousands of times.

研究人员发现了一种新的高性能、安全的电池材料（LTPS），能够将充电和放电速度提高到迄今为止从未达到的水平。
A new high performance and safe battery material(LTPS) capable of speeding up charge and discharge to a level never observed so far.

虽然我们的产品不能像锂离子电池那样存储那么多电量，但它可以使用更多周期--充电和放电--高达100万次。
We don't have as much energy as a lithium-ion battery but we can do many more cycles- charges and discharges- up to a million.

它依靠锂离子电池中使用的相同原理，在电极之间移动钠或钾离子，进行充电和放电，但它做得更便宜。
It relies on the same principle employed in lithium-ion batteries- moving sodium or potassium ions between electrodes during charging and discharging- but does it much more cheaply.

它还具有良好的充电和放电周期。
It also has a good charge and discharge cycle.

周转周期效率显示了电池在完整充电和放电周期中的效率。
The turnaround cycle efficiency shows how efficient the battery is during a complete charge and discharge cycle.