What is stacked battery generation?
Stacked battery generation, sometimes called a stacked mobile or stacked configuration, refers to a design manner the place more than one battery cells are stacked on best of one another to extend the full power density and capability of the battery. It is a technique used to optimize area usage inside the battery compartment by means of stacking cells vertically as a substitute of arranging them aspect by means of aspect.
How can or not it’s utilized in smartphones?
In the context of smartphones, stacked battery generation permits for extra environment friendly use of the restricted area to be had throughout the tool. By stacking cells, producers can build up the battery capability with out considerably expanding the bodily dimensions of the battery itself. This is helping to handle and even scale back the full dimension of the smartphone whilst offering longer battery lifestyles.
Furthermore, stacked battery generation additionally permits upper voltage output in comparison to a single-cell battery. By stacking more than one cells, the voltage can also be larger by means of connecting the cells in collection. This upper voltage output can also be really helpful for power-hungry units like smartphones, taking into account quicker charging speeds and advanced efficiency.
What are the advantages?
Stacked battery generation can doubtlessly support the security of smartphone batteries. By keeping apart the cells and introducing insulation layers between them, the chance of thermal runaway or battery failure can also be minimised. This design can assist include any doable problems in one mobile slightly than affecting all of the battery, making it a more secure choice.