Samsung introduced this year Galaxy s25 edgewith its design and technical features as well as battery capacity. The battery with a capacity of 3,900mAh seems to be limited to a device in this class at first glance. Considering the ultra thin structure of the device, this preference was questioned by some users. However, the new data show that the battery should be evaluated not only with capacity but also with energy intensity. Review videos and technical analysis reveal that there are different priorities behind battery design.
A detailed dismantling process by the Wekihome channel on Youtube provided important information about the Galaxy S25 Edge’s battery. The energy density of the battery used on the device was measured as 758 Watt-Saat per liter. This value is the top model of the same series Galaxy S25 UltraThe 727WH/L, which is located in the 5,000mAh battery of 5,000mAh, is over the energy density. This difference reveals that Samsung prefers to use a battery with a higher energy efficiency in Samsung designed. Thus, the device provides advantage of efficiency even under physical dimension limitations.
Samsung’s Galaxy S25 EDGE model shows that the use of high energy density battery gives priority to efficiency
One of the models that are frequently brought to the agenda for comparison Oppo Find N5. The silicone carbon anode battery used on this device offers an even higher energy density such as 810WH/L. According to information shared by Ice Universe, if Samsung used a similar battery technology in the Galaxy S25 EDGE, the capacity could have increased to 4.200mAh. However, this increase remains at a level that does not make a significant difference in the general use of the device. However, it is understood that Samsung progresses in a different way to the preference of a more reliable and tested lithium ion battery.
The cautious attitude in Samsung’s approach to battery technologies is based on past experiences. Especially Galaxy Note 7 Following the problems in the model, the company continues to take more controlled steps in the battery. Instead of long -term safety and performance tests that have not yet been completed, it has made a priority to optimize existing solutions. Galaxy S25 Edge’s energy intensity can be considered as a result of this approach.
Beyond the measurement of the battery size with absolute capacity, this situation may also reshape use of users’ energy efficiency. This battery, which provides high energy density despite the fine telephone structure, offers clues in terms of understanding what kind of preferences it has made about Samsung’s hardware settlement. These preferences show that different solutions can come to the agenda in the models that will be released in the future.