I tested the battery life of the LP-E6N and LP-E6NH batteries to jot down an editorial on the anticipated battery existence of an EOS R6 digital camera battery. Here’s an example. But my tests also found some interesting insights on Canon battery charging times.
There is not any definitive answer to the general question of the way long it takes to rate a Canon LP-E6 collection battery, or for that matter some other kind of digicam battery.
In this text, I might be searching at the Canon EOS LP-E6 collection of batteries, and more excellent particularly at the newer E6N and E6NH variations.
Please observe that by using exhausted, I do not mean a whole discharge of the lithium-ion battery.
The battery version affects battery charging instances
The EOS R, Ra, R5, and R6 can use any of the LP-E6 series of batteries. Although the R and Ra are provided with the LP-E6N battery p.C., and the R5 and R6 include the LP-E6NH, if wished, any of those cameras also can use the lower capability LP-E6 electricity %.
Since these 3 battery packs have kind most capacities, genuinely their battery existence and charging instances will range. This explains why each battery has similar charging instances.
However, the ability of the LP-E6NH strength p.C. Offers an 18% improvement on the LP-E6 and a 14% improvement at the LP-E6N.
This explains why the LP-E6NH takes plenty longer to price than the two in-advance batteries. The following table shows their charging time with the use of an LC-E6E charger at a room temperature of 23°C/73°F.
Using a desk of figures no longer constantly assists us to see a correlation between two units of records, however, a chart regularly helps to expose such links. I plotted the charging time in minutes in opposition to the battery potential in mAh within the chart below.
You can see that the 3 records factors fall on an immediate line, indicating that the charging time is immediately proportional to the battery capacity.
Using simple math (simultaneous equations or a graphical solution). It is straightforward to write down a component that describes this line. The method is,
You can see how in my test the battery charging time varies. With the battery potential for the LP-E6 collection of batteries.
Although those charging instances, and my method, could be about accurate for a number of normal room temperatures, strictly talking, they’re most effective and authentic underneath the conditions of my take a look at.
As a reminder, I became the usage of a Canon LC-E6E charger at a room temperature of 23°C/seventy three°F. In another test at a temperature of 26°C/78°F my LP-E6N battery charged in 2hr 9min. About one minute much less than charging at 23°C/73°F.
The approach of charging impacts LP-E6 battery charging instances
Both chargers plug into a wall outlet, although the LC-E6E uses a separate cable.
However, this is not the most effective choice with regard to charging your Canon LP-E6N or LP-E6NH digicam battery. You can use a 3rd-birthday party digital camera battery charger or try one of the USB charging options I cowl in my article Canon EOS R6 USB Charging.
The factor is that in case you use an exclusive way of charging aside from the usage of Canon’s LC-E6/LC-E6N charger then the charging time is probably to be one of a kind.
Battery recharge overall performance can have an effect on charging time
As Lithium-ion batteries age their recharge overall performance decreases. Which may be monitored on a Canon EOS digicam below the Battery data menu page here’s an example.
The recharge overall performance will be motivated by means of the number of recharge cycles and even the recharge situations, for example, recharging at higher temperatures.
The degradation of older Lithium-ion batteries is a result of steady growth within the inner resistance of the battery.
Charging time is affected by the ambient temperature
You in all likelihood know that your cellphone’s battery existence drops dramatically in low temperatures. This is not something that is extraordinary just to smartphones, lithium-ion digicam batteries are also suffering from temperature.
Battery manufacturers advocate charging batteries at “room temperature”, or between 50°F and 86°F (10-30°C). Although a temperature of 68-78°F (20-26°C) could be most useful here’s an example.
The ideal temperature variety for the lengthy-time period garage of Li-ion batteries is 50-60°F (10-15°C). On account that this enables the reduction of battery drain to a few% to 5% per step per month.