Product Overview

This 48V 60Ah lithium titanate (LTO) battery pack delivers an industry-leading 20000 charge cycles at 80% DOD with 10 minute fast charging capability. Unlike conventional lithium iron phosphate or NMC batteries, LTO chemistry tolerates extreme charge and discharge rates without significant degradation, making it the ideal power source for high-frequency industrial applications such as UPS systems, industrial energy storage and peak-shaving equipment.

The battery adopts high-quality LTO cells with a unique nano-structured lithium titanate anode, which eliminates the solid electrolyte interface (SEI) film issue found in graphite-anode batteries. This results in dramatically lower internal resistance, superior low-temperature performance and a service life measured in decades rather than years.

Core Selling Point: 20000 Cycle Life

Cycle life is the single most important factor in determining the total cost of ownership for industrial batteries. This 48V 60Ah LTO pack is rated for 20000 cycles at 80% DOD, verified through accelerated cycle testing following IEC 62660-1 standards. In daily use this translates to 20-30 years of service life - far exceeding the lifespan of the equipment it powers.

• 20000 cycles @ 80% DOD: 4-5x longer than LiFePO4, 10x longer than lead-acid
• 10 minute fast charging: 0-80% SOC in just 10 minutes
• Wide temperature range: -40 to 65 degrees C full operation
• High charge acceptance: 5C continuous charge rate without damage
• Zero maintenance: no watering, no equalization, no acid handling
• Stable voltage output: flat discharge curve maintains performance

Discharge Characteristics

The LTO cell's exceptionally low internal resistance (less than 1mOhm) delivers a remarkably flat voltage plateau. Equipment powered by this battery maintains full performance from 100% down to 5% state of charge - no power fade, no voltage sag under heavy load.

Charging Parameters

LTO vs Other Lithium Chemistries

Technical Specifications

Smart BMS Protection

The integrated intelligent BMS provides comprehensive cell monitoring and protection, including overcharge, over-discharge, overcurrent, short circuit, high and low temperature protection, plus active cell balancing. CAN bus communication streams real-time SOC, SOH and fault data to the host system or fleet management platform.

Applications

• Industrial UPS and backup power systems
• Peak-shaving and energy storage systems
• High-frequency charging applications
• Renewable energy storage with fast charge cycles
• Railway and metro auxiliary power

Quality Assurance & Certifications

• ISO 9001:2015 certified factory
• Cell level: UN38.3, UL1642, IEC62133 certified
• Pack level: CE, RoHS compliant
• 100% aging tested, 5-year warranty

Customization Options

• Voltage / capacity customization per application
• Connector type: Anderson, REMA, custom per drawing
• BMS communication protocol (CAN, RS485, RS232)
• OEM / ODM branding and packaging available

Frequently Asked Questions

Q1: Why is LTO better than LiFePO4 for fast charging?
A: LTO's nano-structured anode eliminates the SEI film that limits charge speed in graphite-based cells, allowing 5C charging without lithium plating or degradation.

Q2: Is the 20000 cycle life realistic?
A: Yes. LTO cells typically retain 80% capacity after 20000+ cycles in accelerated tests. In real-world daily use, this equals 20-30 years of service.

Q3: Can I use my existing charger?
A: We recommend an LTO-specific charger. Standard LiFePO4 chargers can be used at reduced rate, but for full fast-charge benefit an LTO charger is required.

Q4: What is the warranty?
A: 5-year comprehensive warranty covering manufacturing defects and premature capacity loss.

Contact us today for a quotation and technical consultation for your industrial energy storage project.

Dimension Options (Reference)

Packaging & Shipping

Why Choose LTO for Industrial Energy Storage

Industrial energy storage systems operate in the most demanding conditions: frequent charge-discharge cycles, high ambient temperatures and long service life requirements. LTO chemistry was developed specifically for these applications. The nano-structured lithium titanate anode provides a stable crystal structure that does not expand or contract during cycling, eliminating mechanical stress and capacity fade. This is why LTO batteries are the technology of choice for grid frequency regulation, urban rail regenerative braking and industrial UPS systems worldwide.

Application Case Study

Case: Manufacturing Plant UPS Upgrade
A food processing plant replaced its lead-acid UPS bank with this 48V 60Ah LTO system. The plant experienced 3-4 power interruptions monthly, each requiring 15-minute ride-through. The LTO system delivers 20000+ cycles of reliable backup, eliminates quarterly battery replacement, and pays for itself within 2 years through reduced maintenance and replacement costs.