Understanding ER14505 LiSoCl2 Battery Pack
The 3.6V ER14505 4800mAh 1S2P LiSOCl₂ battery pack is designed to deliver dependable energy in a compact form factor. By connecting two ER14505 cells in parallel, this pack provides extended capacity while preserving a stable 3.6V voltage, ideal for long-term power in mission-critical devices. Its robust lithium thionyl chloride chemistry ensures high energy density, excellent storage life, and reliable operation in extreme environments. Whether used in industrial sensors, utility meters, or tracking equipment, this battery pack offers consistent power output and can be tailored with various connector types and safety features to meet specific application demands.
Portable Power Solutions from Design to Delivery for Over 20 Years
Besides manufacturing Lithium battery cells with different chemistries, PKCELL has been assembling custom battery packs in different battery chemistries for all electronic applications. All custom-designed battery packs have been built to match our customers’ unique requirements. From medical devices and security equipment to emergency lighting systems and many industrial applications. We can design and manufacture cost-effective perfect portable power solutions for your latest power needs.
Request a quote on customizing your battery packs and assemblies, or talk to Custom Service to learn more.
Product Usage
1. Utility meter (water, electricity, gas meter and AMR)
2. Alarm or security equipment (smoke alarm system and detector)
3. GPS system, GSM system
4. Real-time clock, Car electronics
5. Digital control machine
6. Wireless and other military equipment
7. Remote monitoring systems
8. Signal lights and the post indicator
9. Back-up record power, Medical equipment
Advantages
1. High energy density (620Wh/kg); Which is the highest among all lithium batteries.
2. High open circuit voltage (3.66V for single cell), high operating voltage with load, normally ranging from 3.3V to 3.6V).
3. Wide range of operating temperature (-55℃~+85℃).
4. Stable voltage and current, over 90% of the cell capacity is discharged at high plateau voltage.
5. Long operating time (over 8 years) for continuous low current discharge with medium current pulses.
6. Low self-discharge rate (less than 1% per year) and long storage life (over 10 years under normal room temperature).