Minis have dumb batteries, unlike the intelligent ones on the other DJI drones. But they still should be discharged if stored for more than 10 days, to keep them happy. They just can’t do it by themselves, like the smart ones.Which batteries are you referring to? Mini do not need the discharge like the MP and MPP.
Minis have dumb batteries, unlike the intelligent ones on the other DJI drones. But they still should be discharged if stored for more than 10 days, to keep them happy. They just can’t do it by themselves, like the smart ones.
Mavic Mini User Manual page 20
The Mavic Mini Intelligent Flight Battery cannot discharge automatically. If the battery will not be used for more than 10 days, it is recommended to discharge the battery manually until the battery level is between 39% and 75%.
You are mistaken. LiPO is a type of LiION cell. Keeping the cells at or close to full SOC will have the same detrimental effect to usable capacity (increased internal resistance) and will reduce service life.Unless I'm mistaken...LIPO (MP and MPP) require the batteries to be stored partially discharged but the LION (Mini) does not have that requirement.
You are mistaken. LiPO is a type of LiION cell. Keeping the cells at or close to full SOC will have the same detrimental effect to usable capacity (increased internal resistance) and will reduce service life.
I’m sorry but you are demonstrably wrong. LiPO is LiION polymer. For the purpose of the discussion here, particularly with respect to charging, storing and service life there is no difference of significance. liPO is more expensive to produce but offers more flexibility in cell physical size/shape. The slight increase in energy density is realised by the absence of rigid packaging, ie pouch vs metal can. To the extent you may wish to identify a significant distinction in lithium chemistry you might compare lithium metal anode cells to LiION- that discussion has no relevance here.Sorry, that's incorrect. LiPo is a type of lithium cell. So is Li-Ion. Even though both LiPo and Li-Ion battery types are lithium based, they have different characteristics due to their chemical makeup. Lithium Polymer batteries tend to be lighter with more capacity, while Lithium-Ion cells have more energy density and aren't picky about charge/discharge variations and ensuring precise storage voltage. They both have about the same number of rated discharge cycles (300-400 cycles). Here's a helpful LiPo vs Li-Ion link: Lithium Ion vs. Lithium Polymer - What's the Difference?
I’m sorry but you are demonstrably wrong. LiPO is LiION polymer. For the purpose of the discussion here, particularly with respect to charging, storing and service life there is no difference of significance. liPO is more expensive to produce but offers more flexibility in cell physical size/shape. The slight increase in energy density is realised by the absence of rigid packaging, ie pouch vs metal can. To the extent you may wish to identify a significant distinction in lithium chemistry you might compare lithium metal anode cells to LiION- that discussion has no relevance here.
LOL "demonstrably wrong" Hahaha! Have a nice day WithTheBirds!
Can i store the batteries on battery charger hub for 7 days without charge or low charge?
well shucks, I have 4 batteries, bad wind for a while. Guess I'll fly around the house half a dayMavic Mini User Manual page 20
The Mavic Mini Intelligent Flight Battery cannot discharge automatically. If the battery will not be used for more than 10 days, it is recommended to discharge the battery manually until the battery level is between 39% and 75%.
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