LFP battery 1C

for electric vehicleshigh-reliabilitylong life

Overview
The LFP-100Ah1C is a lithium iron phosphate (LiFePO4) cell from Vision engineered for long cycle life and reliable operation in industrial energy storage and motive-power applications. It integrates nano-coating technology and an optimized electrolyte to enhance durability, safety and electrochemical performance. The cell delivers steady energy for electric vehicles, power tools and stationary storage systems, and is suitable for integration with solar systems and backup power solutions.

Application Scenarios

• Motive power (electric vehicles, traction applications)
• Energy storage (commercial & residential systems, backup power for communication sites)

Key Features

• Long cycle life: nano-engineered cathode materials and optimized anode particles reduce surface defects to achieve over 6000 stable charge cycles.
• Safe and reliable: tailored electrolyte formulation and thorough safety testing ensure stable operation across varied conditions.
• Fast charge/discharge: supports rapid charge and discharge within approximately 2 hours for applications requiring quick energy response.
• Advanced materials & processes: nano-coating and electrode coating optimizations improve electrochemical stability while balancing cost and performance.
• Environmentally conscious: designed and manufactured following sustainable principles to support green energy storage.
• Cost-effective: material and coating optimizations deliver an economical energy storage solution.

Technical specifications

• Brand: Vision
• Model (commercial designation): LFP-100Ah1C
• Commercial name: 100Ah Long Cycle Life Cell
• Chemistry: LFP (Lithium Iron Phosphate)
• Nominal capacity: 100Ah
• Charge/discharge rate class: 1C (as indicated in designation)
• Cycle life: >6000 stable charge cycles (typical)
• Fast charge/discharge: supports ~2-hour fast charge/discharge
• Technologies: nano-coating, optimized electrolyte, nano-engineered cathode materials, optimized anode particles, optimized electrode coating
• Applications: electric vehicles/traction, power tools, energy storage, backup power for communication base stations, integration with solar systems