Conflict Between Space Constraints and Long Battery Life
Smartwatches have small internal space, while their various functions consume a high amount of power. This requires the battery to achieve ultra-high energy density within an extremely small volume.
Frequent Charging/Discharging and Lifespan Degradation
The battery undergoes high-frequency charge and discharge cycles, making standard batteries prone to rapid capacity degradation, which negatively affects user experience.
Heat Dissipation and Safety Risks
Poor heat dissipation during high-current charging in a tiny space reduces wearing comfort and accelerates battery aging.
Challenges in Adapting Shaped Batteries to Product Design
Smartwatches come in various designs, including round, square, and curved forms. Traditional battery shapes yield low space utilization, creating an urgent need for highly customized shaped batteries such as curved, round, and stepped configurations.
To address these challenges, we provide flexible OEM and ODM services for smartwatches and smart wearable devices, covering the entire process from initial concept to mass production. Our R&D team works closely with clients to develop battery packs that meet their specific needs.
High-Energy-Density Cell System
High Discharge Rate & Low Internal Resistance Design
Smart Battery Management System
Custom Structure & Heat Dissipation
Contact us today for a customized battery solution tailored to your specific application.
