CHF299.– CHF1.12/1Wh
Sandberg Survivor 7in1
72000 mAh, 180 W, 266.40 Wh
Question about Sandberg Survivor 7in1
I am looking for a powerful yet lightweight powerbank for multi-day hikes in the mountains. The aim is to be able to charge my photo, drone and mobile several times. I am looking for a PB from 50,000mAh. Many people now write that you should refer to the Wh instead of the mAh. While researching, I have now discovered that the Wh specifications at digitec/galaxus are at least partially incorrect (example: Romoss PEA60 60000 mAh, 22.50 W). Now the 266.40 Wh for the Survivor seems strange to me. This figure also does not agree with other figures on the internet. 266Wh for 72Ah seems a bit much to me. And the manufacturer does not provide any information on the Wh. What do you think? Is the information correct? Can you give me a recommendation?
Helpful answer
Hello,
Here is the supplier's link to the full specifications of the 72000 model:
https://sandberg.swiss/de...
(at the bottom of the page)
And the 76000 model:
https://sandberg.swiss/de...
(at the bottom of the page)
These pages also give Wh values.
I also own this model and am satisfied with it.
Best regards.
Here is the supplier's link to the full specifications of the 72000 model:
https://sandberg.swiss/de...
(at the bottom of the page)
And the 76000 model:
https://sandberg.swiss/de...
(at the bottom of the page)
These pages also give Wh values.
I also own this model and am satisfied with it.
Best regards.
Hello
The difference between mAh (milliampere hour) and Wh (watt hour) lies in the unit of measurement: mAh indicates the capacity of the battery. The mAh represents the charging capacity, while Wh represents energy content taking into account the voltage. For example, a 3.7 V battery with 2000 mAh corresponds to 7.4 Wh. Understanding both measurements helps in choosing the right battery for devices and ensures efficient performance.
Greetings Gabriel
The difference between mAh (milliampere hour) and Wh (watt hour) lies in the unit of measurement: mAh indicates the capacity of the battery. The mAh represents the charging capacity, while Wh represents energy content taking into account the voltage. For example, a 3.7 V battery with 2000 mAh corresponds to 7.4 Wh. Understanding both measurements helps in choosing the right battery for devices and ensures efficient performance.
Greetings Gabriel
Hello Anonymous
I have a Sandberg Survivor 7in1 and it weighs just under 1.6kg including the neoprene cover.
In terms of Wh (energy) it actually has 266.4Wh.
The specification of 72'000mAh refers to a cell voltage of 3.7V, just calculate 72Ah x 3.7V = 266.4Wh
An 11.1V battery pack is installed in the 7in1 (3 x 3.7V (24,000mAh each)) = 266.4Wh
The Wh shows you the storable energy of the battery and is more decisive than the mAh, which indicates how much current the battery can supply over a certain period of time.
Example:
A 1W LED lamp shines for 266 hours as a nutritional value, nutritional value because the electronics of the PB also consume some energy and the voltage of the battery decreases with increasing discharge.
Please note that the maximum power that can be connected to the Sandberg 7in1 is 180W at the 12V car socket with max. 15A
(12V x 15A = 180W)
This would be the theoretical operation of a device with 180W for less than 1.5h.
At the USB-C it is max. 60W.
If the 1.6kg weight is "portable" for you, then the Survivor 7in1 is certainly a good PB.
Best regards
I have a Sandberg Survivor 7in1 and it weighs just under 1.6kg including the neoprene cover.
In terms of Wh (energy) it actually has 266.4Wh.
The specification of 72'000mAh refers to a cell voltage of 3.7V, just calculate 72Ah x 3.7V = 266.4Wh
An 11.1V battery pack is installed in the 7in1 (3 x 3.7V (24,000mAh each)) = 266.4Wh
The Wh shows you the storable energy of the battery and is more decisive than the mAh, which indicates how much current the battery can supply over a certain period of time.
Example:
A 1W LED lamp shines for 266 hours as a nutritional value, nutritional value because the electronics of the PB also consume some energy and the voltage of the battery decreases with increasing discharge.
Please note that the maximum power that can be connected to the Sandberg 7in1 is 180W at the 12V car socket with max. 15A
(12V x 15A = 180W)
This would be the theoretical operation of a device with 180W for less than 1.5h.
At the USB-C it is max. 60W.
If the 1.6kg weight is "portable" for you, then the Survivor 7in1 is certainly a good PB.
Best regards
Hello! Excellent question. What I can confirm is that I've been able to charge a laptop, a portable speaker and a smartphone for several hours. So I'm not disappointed... and I hope this information helps you!