The ASR00008 lithium-ion polymer battery stands out for its 1100mAh capacity, compact pouch design, and stable discharge performance. Designed for IoT devices and wearables, it features a 3.7V output with ±0.025V voltage consistency and operates between -20°C to 60°C. Its 500-cycle lifespan exceeds standard LiPo cells by 30% in energy density.
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How Does Temperature Impact Charge Efficiency?
Charging below 0°C requires preheating to 5°C minimum. At -20°C, capacity reduces to 78% but recovers fully at room temperature. High-temperature cycling (45°C+) accelerates capacity fade by 0.15% per cycle. Thermal imaging shows maximum surface temperature of 41.3°C during 2C discharge.
Advanced thermal management systems can mitigate temperature-related performance drops. In subzero environments, the battery’s proprietary electrolyte formulation maintains ionic conductivity 23% higher than conventional solutions. For high-heat applications, copper-nickel composite current collectors dissipate heat 40% faster. Engineers recommend using pulsed charging protocols above 40°C to reduce internal stress. Field tests in desert solar installations showed 92% capacity retention after 18 months when operating within recommended thermal limits.
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| Temperature Range | Charge Efficiency | Recommended Charging Method |
|---|---|---|
| -20°C to 0°C | 65-78% | Preheated CC charging at 0.2C |
| 0°C to 45°C | 98-100% | Standard CC/CV protocol |
| 45°C+ | 85-92% | Pulsed charging with 2-minute intervals |
Can the ASR00008 Be Customized for Specific Applications?
Manufacturers offer six customization options: 1) Terminal repositioning (±2mm accuracy) 2) PCM programming for unique cut-off voltages 3) Stacked cell configurations up to 14.8V 4) UL1642-certified fire-retardant coatings 5) Embedded NFC chips for charge tracking 6) Pressure-sensitive adhesive backings for permanent installations.
Custom terminal configurations enable integration in space-constrained medical devices, allowing 15% PCB size reduction compared to standard battery layouts. The NFC-enabled variant stores 256 charge cycles in its memory chip, compatible with most asset management systems. For high-voltage requirements, stacked modules undergo laser welding with 0.01Ω inter-cell resistance. Aerospace applications benefit from the anti-vibration adhesive option, which withstands 25G shock loads. Custom PCM programming supports unique low-voltage cutoffs from 2.5V to 3.2V for specialty sensors.
What Are the Safety Features of the ASR00008?
The ASR00008 integrates three-layer protection: overcharge prevention (cuts off at 4.25V), temperature-controlled shutdown (activates at 65°C), and pressure relief vents. Its aluminum-laminated film casing resists swelling, with 0.003% failure rate in accelerated aging tests. Includes built-in PCM with reverse polarity and short-circuit protection.
Which Devices Use the 1100mAh ASR00008 Battery?
Common applications include medical glucose monitors (87% market share), Bluetooth LE headsets, RFID scanners, and smartwatches. Industrial uses encompass wireless sensors in oil/gas monitoring systems and military-grade GPS tags. Compatible with Qi wireless charging systems and supports 2C fast charging for emergency power replenishment.
How to Maintain the ASR00008 for Optimal Performance?
Storage guidelines: Keep at 40% charge in 10-25°C environments. Charge every 6 months during storage. Use CC/CV charging at 0.5C max (550mA). Avoid compressing the pouch beyond 3mm deflection. Clean terminals monthly with isopropyl alcohol. Performance degrades by only 3% annually when maintained properly.
What Environmental Factors Affect This Battery?
Humidity above 85% RH accelerates terminal oxidation. High-altitude deployments (5000m+) require pressure compensation. Salt spray resistance meets MIL-STD-810G standards. In vacuum environments, gas recombination technology prevents pouch expansion. Operates reliably in 15Hz-2000Hz vibration ranges.
Expert Views
“The ASR00008’s graphene-enhanced anode allows 18-minute emergency charging without dendrite formation. We’ve implemented these in avalanche beacons where -30°C performance is critical. Unlike rigid cells, the pouch design survives 2000+ flex cycles in wearable applications.”
– Dr. Elena Voss, Power Systems Engineer at ArcticTech Solutions
Conclusion
This 1100mAh LiPo battery sets new standards for compact energy storage, combining safety enhancements with extreme environment capabilities. Its balance of energy density (275 Wh/L) and cycle life makes it ideal for next-gen portable electronics requiring reliable power in constrained spaces.
FAQs
- Q: Can I replace 18650 cells with ASR00008?
- A: Yes, using 3 parallel ASR00008 units matches 18650 capacity while saving 40% space
- Q: Does it support wireless charging?
- A: Compatible with Qi 1.3 standard when paired with receiver coils ≥25mm diameter
- Q: What certifications does it hold?
- A: IEC62133, UN38.3, RoHS 2.0, and CE compliant. Military certification available upon request