Huawei P30 PRO. Humble Galaxy S10, OnePlus 7 PRO with Autonomy

Huawei P30 PRO. It humiliates the Samsung GALAXY S10, iPhone XS Max, OnePlus 7 Pro, and XIaomi Mi 9 in a battery autonomy test.

Huawei P30 PRO autonomy

Huawei P30 PRO. The phone recently launched by the Chinese company on markets around the world proves to be a formidable opponent for many mobile phone models, or at least that's what a recent test suggests. In the video clip below you can see a comparison of battery life on the Huawei P30 PRO, Samsung GALAXY S10, iPhone XS Max, OnePlus 7 Pro, and Xiaomi Mi 9, the winner without right of appeal being the first phone

Huawei P30 PRO. The Chinese phone from Huawei manages to remain with 11% of battery power when the last of the others closes, proving that great improvements have been made to its autonomy. Even if it has the biggest battery of all, the difference is only 200 mAh between Huawei P30 PRO and OnePLus 7 Pro, only 100 mAh compared to Samsung GALAXY S10, 900 mAh compared to Xiaomi Mi 9, and 1000 mAh compared to of iPhone XS Max.

Huawei P30 PRO. Humble Galaxy S10, OnePlus 7 PRO with Autonomy

Huawei P30 PRO. The difference between the energy storage capacity and the autonomy obtained by the Chinese phone and competing phones is much greater, and this is probably thanks to the optimizations made by Huawei. However, the most impressive of all is the Xiaomi Mi 9, with a 900 mAh smaller battery, able to hold its own against the Huawei P30 PRO, but beating the Samsung GALAXY S10, or the OnePlyus 7 Pro, which have larger batteries.

Huawei P30 PRO. It should also be mentioned that the Huawei and Xiaomi phones have lower resolutions than those of the competition, and that matters, but there is not a big difference between the Xiaomi Mi 9 and the rest, so it is a completely different matter. However, the Huawei P30 PRO is currently the king of smartphones in terms of battery autonomy, or at least this is the conclusion that can be drawn after this test.

Huawei P30 PRO. Those from Huawei did not brag too much about the battery autonomy of this series of phones, but based on these results, maybe they should do it more, and more often, because, apparently, they have a reason.