LFP battery

for electric vehiclescommercialhigh-capacity

Overview
LFP-580Ah is a 580 Ah lithium iron phosphate (LFP) cell manufactured by Vision for energy storage applications. The cell uses nano-coating and an optimized electrolyte to improve electrochemical performance, cycle life, safety and reliability. It is intended for large-scale and distributed energy storage systems requiring stable, long-duration capacity.

Key Features

• Nominal capacity: 580 Ah suitable for high-capacity storage modules.
• Extended cycle life: nano-material coating and improved electrolyte; stated cycle life >6,000 cycles.
• Fast charge/discharge capability: full charge/discharge achievable in approximately 2 hours to meet dynamic power demands.
• Safety and stability: designed to comply with current national energy storage standards and optimized for multi-condition stability.
• Environmentally considerate materials: manufactured with eco-friendly material choices to reduce environmental impact.
• Application-ready: compatible with energy storage systems, grid peak shaving, backup power and EV charging station integration.

Application Scenarios

• Grid peak shaving
• Backup power systems
• Industrial energy storage systems
• Home energy storage systems
• Commercial energy storage systems
• Electric vehicle charging stations

Industry Applications
Designed for renewable integration, utility-scale and distributed storage, UPS/telecom, motive power and other sectors where high-capacity, long-life LFP cells are required.

Technical Specifications

• Commercial name / displayed type: 580Ah Cell (LFP-580Ah)
• Chemistry: LFP (Lithium Iron Phosphate)
• Nominal capacity: 580 Ah
• Cycle life: stated >6,000 cycles (with nano coating and improved electrolyte)
• Charge/discharge performance: rapid charge/discharge capability; full cycle achievable within ~2 hours
• Safety: designed to meet latest national energy storage standards; multi-condition stability via optimized electrolyte and materials
• Materials / processing: nano coating, improved electrolyte formulation
• Typical applications: renewable energy storage, grid peak shaving, backup power, industrial/home/commercial storage, EV charging stations
• Environmental: manufactured with eco-friendly materials to reduce environmental impact