Extended Runtime: 5000mAh capacity provides long operating duration.
High Current Output: Supports heavy loads with up to 40A continuous discharge.
Temperature-Controlled Performance: Capable of reaching 90A output with thermal cutoff protection.
Efficient Power Delivery: Low internal resistance helps maintain voltage stability.
Pack-Ready Cell: Flat top unprotected format designed for professionally managed battery systems.
Overview
The TENPOWER 50XG 21700 battery is built for applications where both high power and strong capacity are required. Its advanced INR lithium-ion chemistry and ultra-low resistance design enable excellent performance in demanding electrical systems. This cell is shipped at approximately 30% state of charge to improve storage safety and is best suited for integration into engineered battery packs with proper protection and thermal management.
Applications / Uses
Electric bikes and scooters
High-current battery pack builds
Industrial tools and equipment
Automation and robotics systems
Energy storage and backup systems
SPECIFICATIONS
Brand:
TENPOWER
Model:
INR21700-50XG
Battery Type:
21700 Lithium-Ion (INR)
Nominal Capacity:
5000mAh
Minimum Capacity:
4950mAh
Nominal Voltage:
3.6V
Full Charge Voltage:
4.2V
Discharge Cutoff Voltage:
2.5V
Max Continuous Discharge:
40A / 90A with cutoff
Max Pulse Discharge:
140A
Standard Charge Rate:
2.5A
Max Charging Current:
15A
Internal Resistance:
≤4mΩ
Cycle Life:
≥500 cycles
Battery Top:
Flat Top
Protected:
No
Dimensions:
≤21.50mm x ≤70.50mm
Weight:
≤71g
U.S.$ 6.99
2.75
Key Features
Extended Runtime: 5000mAh capacity provides long operating duration.
High Current Output: Supports heavy loads with up to 40A continuous discharge.
Temperature-Controlled Performance: Capable of reaching 90A output with thermal cutoff protection.
Efficient Power Delivery: Low internal resistance helps maintain voltage stability.
Pack-Ready Cell: Flat top unprotected format designed for professionally managed battery systems.
Overview
The TENPOWER 50XG 21700 battery is built for applications where both high power and strong capacity are required. Its advanced INR lithium-ion chemistry and ultra-low resistance design enable excellent performance in demanding electrical systems. This cell is shipped at approximately 30% state of charge to improve storage safety and is best suited for integration into engineered battery packs with proper protection and thermal management.