(Image source from: Indiatvnews.com)
The Google Pixel 9a is set to introduce a new feature for managing its battery that is designed to extend its lifespan by optimizing the charging cycles, according to the company. Based in Mountain View, Google has stated that the software for the Pixel will regulate the performance of its lithium-ion battery as well as the maximum voltage to help preserve its health over time, utilizing a feature called Battery Health Assistance. This functionality will automatically adjust the charging speed in response to changes in capacity, as indicated by Google.
Initially noted on Google's overview page for the Pixel 9a, it highlights that the software will oversee battery performance throughout the phone's lifespan to maintain battery health. Additionally, the support page elaborates that lithium-ion batteries are consumable items that diminish in capacity as they age, leading to a faster discharge rate than what is typically expected.
To reduce the effects of aging on the battery, the Battery Health Assistance feature will incrementally modify the maximum voltage of the battery starting from 200 charge cycles and progressing until it reaches 1000 cycles. Google asserts that this approach will help ensure stability in both battery performance and aging. Users might experience a slight reduction in runtime as the battery reaches older stages. The charging speed will be adjusted according to the modified capacity, which may result in variations in charging performance. It's important to note that these Battery Health Assistance configurations are predetermined by Google and cannot be altered by users.
It's worth mentioning that this isn't the first time Google has rolled out a battery management solution. Earlier in January, the company announced a "Battery Performance Programme" for the Pixel 4a through an over-the-air update. This initiative limited the available battery capacity and impacted charging performance, leading to shorter intervals between charges. However, its primary aim was to mitigate the overheating risks associated with the device.
