Recommended battery model parameters:

Battery model: ER26500-3S1P  10.8V 8500mAh LiSOCL2 battery 

Battery brand: SER

Battery performance index

1. Battery pack capacity: (23±2℃, 10.0mA/6.0V) 8500mAh

2. Open circuit voltage: ≥10.8V

3. Chemical Composition: Li-SOCl2

4. Continuous working currents: 150mA 

5. Large pulse working current:  300mA    

6. Operating temperature range: -55~+85℃

7. Battery storage life: 10 years 

(Storange: clean, below +20℃,  dry and ventilated.）

8. Shelf Life: 10years (not printed on battery)

The 10.8V Customized Li-SOCl2 battery pack, utilizing three ER26500 cells in a 3S1P configuration, is a prime example of how battery technology can be tailored to meet specific application needs. This primary C-size battery pack is designed to provide a reliable and efficient power source for a wide range of electronic devices and systems.

The 10.8V Customized Li-SOCl2 battery pack offers several distinct advantages that make it a standout choice for various applications.

Firstly, its high energy density ensures that the battery pack can store a significant amount of energy, enabling it to power devices for extended periods. This feature is crucial for applications that require continuous operation over long durations, such as remote sensors or monitoring systems.

Secondly, the long shelf life of the Li-SOCl2 chemistry ensures that the battery pack retains its performance even after long periods of storage. This makes it an ideal choice for applications that require infrequent use or extended periods of inactivity, such as emergency backup systems or infrequently used electronic devices.

Furthermore, the stable voltage output of the Li-SOCl2 chemistry ensures that the battery pack provides consistent power to the connected device or system. This stability is crucial for maintaining the performance and reliability of the electronic components that rely on the battery for power.

Additionally, the use of high-quality ER26500 cells in a 3S1P configuration ensures that the battery pack offers optimal performance and reliability. The cells are carefully selected and tested to ensure they meet strict performance standards, resulting in a battery pack that can handle various operating conditions and environments.

Lastly, the customization aspect of this battery pack allows it to be tailored to specific application requirements. Whether it's adjusting the voltage output, optimizing the capacity, or integrating it into a unique form factor, the customization process ensures that the battery pack meets the exact needs of the end-user.