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这个特殊算法考虑到了如下因素，从而使得能量计更加精确。
1) The lithium ion battery can supply more energy to the atomizer if its rest time
between uses is longer AND will supply less energy if the rest time is shorter.
如果
使用
间隔的
时间较长
，
锂
离子
电
池可以提供更多的能量
给
雾
化
器；
如果
间隔时间
较短，
提供的能量
就会
较
少
。
2) The battery can supply more energy if the use current is less and uses less energy
than if the use current is larger.
如果使用电流小，电池就能提供更多的能量。同时和大的使用电流相比，小电流耗用
的能量更少。
3) All batteries are different. There is a huge difference between one brand and
another. The battery capacities and internal resistances can be significantly different,
as much as 40% to 50% between brands. Capacities and internal resistance can be
+/- 15% difference between batteries even within the same brand. And to make it
even more complex, each time you use a battery, its capacity and internal resistance
will degrade and change. This is why after 200 to 300 charge/discharge cycles, the
battery capacity will be down to 75% - 85% of what it was when it was new. Beyond
300 charge/discharge cycles, the capacity will degrade at an even faster rate.
不是所有的电池都是一样的，不同品牌之间有巨大差异。电池容量和内电阻会有显著
得不同，不同品牌间的差异可以高达
40
％至
50
％。即时同一品牌电池的容量和内阻
也有
+/-15
％的差异。更为复杂的是，每次使用电池时其容量和内阻会降低和改变。这
就是为什么在充电
/
放电
200
到
300
个循环后，电池容量将下降到新电池的
75
％
-
85%
。超过
300
个充电
/
放电循环后，容量降低的速度会变得更快。
4) The Available Energy can also be affected by the quality of the end cap tightness,
the end cap spring and any corrosion on the battery contacts including the positive
and negative battery surfaces. These contact surfaces are much more sensitive
because of the high current drain used by the Radius. To heat an atomizer to the
temperatures needed to vaporize the e-liquid can require currents in excess of 3 to 4
amps. Very few, if any, alternate hand-held devices use this kind of power in their
application.
可用能量也受到如下因素的影响：后盖的紧密性、后盖弹簧和电池正负极表面接触点
上的任何腐蚀。由于
Radius
的电流消耗高，这些接触表面更加容易受到影响。加热雾
化器到蒸发烟油的温度需要的电流可以超过
3 - 4
安，很少有其它的手持设备能够达到
这么高的能量消耗。
When considering these factors in this unique application, ProVape engineering has designed the energy
gauge display of Available Energy to provide a more TRUE display. Because of this, it will work differently
than what you are used to using. It will work differently in the following ways:
