Providing twice the run time at approximately half the weight of a comparatively sized lead acid battery, SPF12V LiFePO4 battery is a perfect choice when high energy density and intrinsic safety are prerequisites.Tens of thousands of our modules are currently in service with numerous medical products. The extreme cycle life eliminates multiple battery change outs over the life of the equipment, saving money in maintenance and downtime.

Battery Solution for medical cart
Superpack's 12V series of LiFePO4 batteries have  been designed and developed to provide a lighter, higher power and longer life solution to lead acid batteries, LiFePO4 batteries last longer and can produce 10 times the number of cycles than a typical lead acid battery, at only 40% of the weight 
of the equivalent lead acid battery our LiFePO4 range is ideal for those applications that need to be lighter and more mobile but deliver the same power.

Application

• Medical Battery 

• Marine Application

• UPS Backup Power 

• Security Devices

• Rechargeable Solar power storage system

• Camping 

• Emergency Lighting

• Link In Series For 24V, 36V,48V 

• Industrial Batteries (Bulk Pricing) 

 • LiFePO4 Replacement For Sla 12V

• Home Solar & Power Walls 

• Fish finders, flashers & Boating electronics 

• Off-Grid Homes

Features

• Up to 10 times more cycles than lead acid batteries

• Up to 10 times more cycles than lead acid batteries

• Faster charging and lower self-discharge

• Delivers twice the power of lead acid batteries, even high discharge rate, while maintaining high energy capacity

•  Super safe chemistry reducing the risk of explosion or combustion due to high impact, over-charging or short circuit situation

•  Integrated battery management system (BMS) controls the parameters of the battery to provide optimum safety and performance. Enhanced design balances the battery cells and protects against overcharging or over discharging

• The battery will communicate with most popular charging (power module) systems

• Smart electrical design for enhanced temperature control

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