Powering smart glasses demands more than just small batteries—it requires intelligent energy solutions that align with compact design, user expectations, and multifunctional performance. As wearables push the boundaries of miniaturization and utility, battery systems must meet stringent performance metrics.

1.Miniaturized Form Factor:Batteries must conform to slim, curved housing structures without compromising capacity, ensuring seamless integration into thin eyewear frames.

2.Optimized Energy Efficiency：Every mAh counts. Energy-efficient cells and intelligent consumption control are essential to power processors, displays, microphones, and sensors simultaneously.

3.Stable Output for Sensitive Components：Smart glasses often rely on real-time AI operations or sensor feedback—requiring steady voltage and low-noise power delivery to prevent system interference.

4.All-Day Performance：To support daily routines, smart glasses should offer 4–6 hours of typical use per charge, plus low-drain standby for extended idle time.

5.Thermal Management：Compact wearables generate heat quickly. Batteries must operate safely in confined spaces with minimal thermal buildup, especially during charging or high-load operation.

6.Charge Cycle Reliability：Wearable batteries must withstand hundreds of daily charge cycles with minimal degradation, maintaining consistent output over time

●Ultra-Compact Battery Packs：Designed to fit seamlessly within slim eyewear arms without adding weight or bulk.

●Long-Lasting Power Supply：Supports 4+ hours of continuous use and 10+ hours of standby—ideal for everyday activities and outdoor scenarios.

●Rapid Charging Support：Fast-charging capability ensures minimal downtime, keeping users active and connected.

●Intelligent Power Management：Customizable PCB modules provide optimized power delivery and low self-discharge for AI, Bluetooth, and sensor systems.

●High Durability：Engineered for long cycle life, our batteries maintain stable performance even after hundreds of charging cycles.