Best nintendo switch backup power

[bughtoo]

Looking for a powerbank that will give my switch extra juice for long journeys.

Price - irellevant

Capacity - bigger = better

Requirements - must charge faster/as fast as it discharges when playing a game

Size - smaller than switch without controllers

 

Any ideas?

[linkboy]

This is the one that I use for my Switch and it works great.

[bughtoo]

this one is eve n better https://www.aukey.com/products/usb-c-portable-charger-30000mah-with-power-delivery-quick-charge-3-0-and-aipower-charging-ports-pb-y7

[Pixel5]

2 hours ago, bughtoo said:

this one is eve n better https://www.aukey.com/products/usb-c-portable-charger-30000mah-with-power-delivery-quick-charge-3-0-and-aipower-charging-ports-pb-y7

one big limitation of this one is that it has over 100Wh capacity so you will not be allowed to take this one on a plane with you.

[bughtoo]

1 hour ago, Pixel5 said:

one big limitation of this one is that it has over 100Wh capacity so you will not be allowed to take this one on a plane with you.

what is the conversion? because even that one ravpower has over 100 or? 

But still it doesnt matter to me i dont fly that often, more often i go by train  

[Pixel5]

6 minutes ago, bughtoo said:

what is the conversion? because even that one ravpower has over 100 or? 

But still it doesnt matter to me i dont fly that often, more often i go by train  

the other one actually has 99,16Wh to stay just below the 100Wh limit

the calculation is simply capacity in Ah times the voltage which in this case is 3.7V

 

Wh is the only unit that really makes it possible to compare the capacity of the battery packs as you could have a pack with 15000mAh but at 7,4V which would have the same amount of energy as the one you posted before but since people only look at big numbers everyone is using 3,7V to boost their mAh ratings.

[bughtoo]

6 minutes ago, Pixel5 said:

the other one actually has 99,16Wh to stay just below the 100Wh limit

the calculation is simply capacity in Ah times the voltage which in this case is 3.7V

 

Wh is the only unit that really makes it possible to compare the capacity of the battery packs as you could have a pack with 15000mAh but at 7,4V which would have the same amount of energy as the one you posted before but since people only look at big numbers everyone is using 3,7V to boost their mAh ratings.

Okey, good to know  Flying is not a problem for me though, thanks for the information!