10C High-Rate Lithium Iron Phosphate (LiFePO4) Solutions

Technical Specifications: 10C High-Rate LiFePO4 Series

Model	Rate	Voltage	Capacity	Max Cont. Current	Dimensions (TWL)	Weight (±g)
BATFT3721175	10C	3.2V	950mAh	9.5A	3.5 * 20 * 174 mm	22.5g
BATFT6735062	10C	3.2V	1100mAh	11.0A	6.5 * 34.5 * 62.5 mm	25.5g
BATFT6633065	10C	3.2V	1100mAh	11.0A	6.3 * 32.5 * 66.5 mm	25.0g
BATFT4746099	10C	3.2V	1600mAh	16.0A	4.5 * 45.5 * 98 mm	36.5g
BATFT7934096	10C	3.2V	2100mAh	21.0A	7.6 * 33.5 * 96.5 mm	47.0g
BATFT9645090	10C	3.2V	3200mAh	32.0A	9.3 * 44.5 * 90.5 mm	71.5g
BATFT7867100	10C	3.2V	4100mAh	41.0A	7.6 * 66.5 * 100.5 mm	99.0g

Test Curves of High C Rate LiFePO4 Battery

Different C Rate Discharge Curve (Nominal Capacity: 1600mAh)

Cycle Life Testing Curve (1C Charging)

Key Technical Advantages

• Precision Stacking Technology: By employing a laminated electrode architecture, our cells achieve significantly lower internal resistance (IR), resulting in superior discharge dynamics and extended cycle longevity.

• Exceptional Power Output: Engineered to support a peak instantaneous pulse of 150C, a 90C burst for 2 seconds, and a 45C continuous discharge, while maintaining 5C ultra-fast charging capability.

• Enhanced Thermal Stability: Superior discharge efficiency with consistent performance and high tolerance across fluctuating temperature ranges.

• Design Versatility: Ultra-thin, lightweight, and compact form factors with flexible geometry to accommodate diverse hardware spatial constraints.

Primary Application Fields

BATFT’s high-rate LiFePO4 batteries are the premier choice for mission-critical sectors including:

• Industrial & Robotics: Automated forklifts, industrial robotic platforms, and AGVs.

• Medical Technology: High-precision electric bone drills and surgical power tools.

• Power & Emergency: Automotive jump starters and ignition systems for sports equipment.

• Electric Transportation: Performance racing, electric go-karts, motorized paragliders, and medical lift beds. Our R&D team works in close synergy with clients to deliver bespoke, optimized energy solutions for complex specialized equipment.

LiFePO4 Energy Storage Systems (ESS)

Lithium Iron Phosphate technology offers a unique suite of advantages, including high operating voltage, high energy density, exceptional cycle life, and environmental sustainability. It supports modular, step-less expansion, making it an ideal candidate for utility-scale energy storage. A comprehensive BATFT LiFePO4 ESS integrates the following core components:

• Battery Array: High-durability LiFePO4 battery modules.

• Battery Management System (BMS): Intelligent monitoring and cell balancing.

• Power Conversion System (PCS): High-efficiency rectifiers and inverters.

• Central Monitoring System: Real-time data acquisition and system control.

• Transformer Architecture: Power regulation for grid integration.