Wide Temperature Polymer Cell 3.7V 2700mAh: Powering Extreme Thermal Range Applications
Introduction
Engineered for environments with drastic temperature swings, the Wide Temperature Polymer Cell (model 2.7NF1) delivers 2700mAh capacity at 3.7V, with exceptional performance in -40~+60℃ discharge and 0~+45℃ charging. As a specialized Wide Temperature Lithium Polymer Cell, it maintains ≥60% capacity at -40℃ (0.5C discharge), supports 1C discharge in extreme cold, and features a compact 7.6548.564.5mm form factor—making it the go – to Wide Temp Polymer Cell for aerospace, automotive, and industrial applications requiring reliable power across vast thermal ranges.
Technical Specifications
| Parameter | Wide Temperature Polymer Cell | Standard Polymer Cells | Extreme Thermal Impact |
|---|---|---|---|
| Cell Model/Capacity/Voltage | 2.7NF1/2700mAh/3.7V | Generic Polymer Cells | Tailored for Wide Temperature Polymer Cell use cases |
| Nominal Voltage/Capacity | 3.7V / 2700mAh | 3.7V / 1000 – 2500mAh | Matches power demands of Wide Temperature Lithium Polymer Cell – powered devices |
| Discharge Temperature | -40~+60℃ | 0~+45℃ | Operates in arctic, desert, and industrial thermal extremes for Wide Temp Polymer Cell applications |
| Charging Temperature | 0~+45℃ | 0~+45℃ | Enables safe charging for Wide Temperature Polymer Cell in moderate environments |
| Continuous Charge/Discharge Current | 3.3A (each) | 1 – 2A | Supports steady power in Wide Temperature Lithium Polymer Cell – based systems |
| -40℃ Discharge Rate | 1C | N/A | Delivers full power in Wide Temperature Polymer Cell extreme cold scenarios |
| -40℃ Capacity Retention | ≥60% (0.5C discharge) | ≤20% | Ensures usability in Wide Temp Polymer Cell low – temperature tasks |
| Cell Dimension | 7.6548.564.5mm | Varied | Compact form factor for Wide Temperature Lithium Polymer Cell integration |
Why It Dominates Wide – Temperature Scenarios
1. Extreme Thermal Range Endurance
- “-40~+60℃ Operation: This Wide Temperature Polymer Cell powers automotive sensors in desert summers (+60℃) and arctic winters (-40℃), maintaining consistent 3.7V output for critical telemetry.”
- “≥60% Capacity at -40℃: In sub – zero industrial freezers, IoT devices using the Wide Temperature Lithium Polymer Cell retain over 60% capacity at 0.5C—ensuring uninterrupted monitoring.”
2. High Current & Compact Design
- “3.3A Continuous Current: Aerospace avionics rely on the Wide Temp Polymer Cell to power high – draw components, with 3.3A supporting radar systems and navigation tools in extreme climates.”
- “7.6548.564.5mm Form Factor: The Wide Temperature Polymer Cell fits into compact automotive modules and wearable industrial devices, optimizing space without compromising performance.”
3. Versatile Industrial & Aerospace Use
- “Automotive Thermal Management: Electric vehicles use this Wide Temperature Lithium Polymer Cell to power battery management systems, operating flawlessly from -30℃ cold starts to +50℃ highway runs.”
- “Aerospace Instrumentation: Satellites and drones depend on the Wide Temp Polymer Cell to deliver 2700mAh at 3.7V, withstanding the thermal shock of launch and orbital temperature swings.”
Application Scenarios
1. Aerospace & Automotive
- “Satellite Payloads: A Wide Temperature Polymer Cell – powered module transmits data from low Earth orbit, with -40~+60℃ resilience ensuring mission – critical communication.”
- “EV Battery Management: The Wide Temperature Lithium Polymer Cell enables real – time monitoring of electric vehicle batteries, operating in -20℃ garages and +40℃ driveways.”
2. Industrial & IoT
- “Cold – Storage Sensors: Warehouses use the Wide Temp Polymer Cell to power RFID scanners in -30℃ freezers, with ≥60% capacity retention ensuring full shift operation.”
- “Desert Oil Field Monitoring: The Wide Temperature Polymer Cell drives IoT sensors in +60℃ desert oil fields, delivering 3.7V/2700mAh for weeks of continuous data collection.”
Reviews
There are no reviews yet.