Enjoy Incredible Battery Lifespan Worryfree With The OPPO Battery Health Engine On The Reno8 Series

• The all-new Reno8 series features OPPO's Battery Health Engine (BHE) technology for faster, safer and longer battery charging and improved performance.
• OPPO BHE intelligently manages charging current and voltage through real-time monitoring to extend battery life.
• OPPO Reno8 5G has recently received the GOLD BATTERY 2022 label from DXOMARK.

DUBAI , United Arab Emirates , Nov. 2, 2022 /PRNewswire/ -- According to OPPO SUPERVOOC™ Labs , most smartphone batteries only charge to 90% after one year of use. and two years later it fell to 80%. This does not include intensive use of the smartphone, such as running multiple applications at the same time or playing online games that require graphics. It is not uncommon for these users to have to frequently change the battery.

ALSO READ:Oppo Find N2 Flip Review: This Is How The Future Folds

OPPO has spent more than three years conducting fundamental research on lithium-ion batteries, resulting in a system-level battery health optimization solution called OPPO Battery Health Engine (BHE). This technology allows batteries to be maintained at over 80% of their original capacity after 1600 charge cycles, double the current industry average of 800 cycles, providing the world's longest battery life for OPPO BHE-equipped batteries. It not only helps in daily battery maintenance, but also helps reduce pollution and long-term environmental damage caused by discarded lithium batteries.

Why do batteries lose their ability to hold a charge over time?

ALSO READ:OPPO Find N2 Flip Launched Globally: Look Out, Samsung, Competition Is Here

In lithium ion batteries, lithium ions move from the positive electrode to the negative electrode when the battery is charged in a process known as electrolytic conduction. When the battery is low, the process is reversed.

The amount of charge that can be transferred between the electrodes during this process depends on the amount of active lithium ions present in the battery. Unfortunately, an active lithium-ion battery can become inactive if it is overcharged or overcharged, reducing the battery's capacity.

Is the future of solid-state batteries 3D printed?