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LTO40 2.4V 45Ah Lithium Titanate Battery Cell
Explore LTO40 2.4V 45Ah lithium titanate battery cells for industrial power, electric mobility and energy storage applications. Review cycle life and discharge specifications.
PRODUCT DETAILSGet a Bulk QuoteProduct Overview
The LTO40 2.4V 45Ah Lithium Titanate Battery Cell is designed for applications requiring high power output, long cycle life, and reliable rechargeable energy storage. Based on lithium titanate (LTO) battery technology, this cell is suitable for evaluating battery pack solutions for industrial equipment, electric mobility, renewable energy storage, and backup power systems.
With a nominal voltage of 2.4V and a listed actual capacity of 45Ah, the LTO40 cell offers a high-capacity solution for compatible battery pack configurations. The supplied specifications indicate a maximum continuous discharge current of 6C and a pulse charge/discharge current of 10C, subject to confirmation of the manufacturer's operating limits.
The cell is designed for projects where frequent cycling and high power demands are important considerations. Its listed cycle life exceeds 25,000 cycles, although actual performance depends on operating conditions and the manufacturer's testing standards.
Key Features
- Lithium Titanate Technology: LTO chemistry designed for rechargeable battery applications requiring high power and long service life.
- 45Ah Capacity: Suitable for compatible industrial and energy storage battery configurations.
- 2.4V Nominal Voltage: Supports battery pack designs using the confirmed cell voltage.
- High Discharge Capability: Listed maximum discharge current of 6C, with pulse charge/discharge current of 10C, subject to technical confirmation.
- Extended Cycle Life: Listed cycle life exceeds 25,000 cycles under specified test conditions.
- Compact Cylindrical Format: Dimensions of approximately 60 × 60 × 162 mm, subject to confirmation of the cell design.
- Multiple Application Possibilities: Can be evaluated for electric mobility, industrial power equipment, and energy storage systems.
- Documentation Support: MSDS, CE, RoHS, and UN 38.3 documentation are listed as available; document scope and validity should be verified.
Technical Specifications
Parameter | Specification |
|---|---|
Product Name | LTO Lithium Titanate Battery Cell |
Model | LTO40 |
Battery Chemistry | Lithium Titanate (LTO), to be confirmed |
Nominal Voltage | 2.4V |
Actual Capacity | 45Ah |
Cycle Life | Over 25,000 cycles, test conditions to be confirmed |
Maximum Continuous Discharge Rate | 6C, subject to confirmation |
Pulse Charge/Discharge Rate | 10C, subject to confirmation |
Cell Weight | Approx. 1.23 kg |
Dimensions (H × W × L) | Approx. 162 × 60 × 60 mm, orientation to be confirmed |
Warranty | Listed as 5 years, subject to applicable terms |
Origin | China |
Documentation | MSDS, CE, RoHS, UN 38.3 listed; verify applicable documents |
Packaging | To be confirmed |
Note: The specifications are based on the supplied product information. Please confirm the exact cell chemistry, capacity test method, continuous and pulse current limits, cycle-life conditions, and documentation before publication or ordering.
Product Applications
Electric Vehicles and Mobility
The LTO40 cell can be evaluated for compatible electric vehicle, electric bicycle, electric motorcycle, golf cart, and electric wheelchair battery systems. Final suitability depends on the required pack voltage, peak power, operating current, and vehicle integration requirements.
Industrial Power Equipment
For electric forklifts, power tools, and other industrial equipment, LTO cells may be considered where frequent cycling and high power delivery are important. The battery pack must be designed around the confirmed current limits and thermal requirements.
Solar Energy Storage Systems
The LTO40 cell can be evaluated for solar energy storage and other renewable energy projects requiring rechargeable battery systems. System integration requires a compatible charging system, BMS, and appropriate series/parallel configuration.
Uninterruptible Power Supply (UPS)
LTO cells may be considered for backup power systems that require frequent charge/discharge cycling or rapid power delivery. The final configuration should meet the required runtime, voltage, and discharge characteristics.
Marine and Specialty Equipment
The cell may be evaluated for compatible marine equipment and other specialized electrical systems. Applications such as submarines require dedicated engineering assessment, enclosure protection, and applicable safety approvals.
High-Power Performance and Cycle Life
The supplied specifications list a maximum continuous discharge rate of 6C and a pulse charge/discharge rate of 10C. These figures should be verified against the manufacturer's datasheet, including the permitted pulse duration, operating temperature, and cooling requirements.
The listed cycle life exceeds 25,000 cycles. Cycle life is not a fixed guarantee under all conditions; it depends on charge and discharge rates, depth of discharge, temperature, and the manufacturer's end-of-life capacity criterion.
For applications with frequent cycling, a properly engineered LTO battery pack may help reduce replacement frequency over its service life.
Custom Battery Pack Integration
When designing a battery pack with LTO40 cells, consider the following:
- Series configuration for the required system voltage.
- Parallel configuration for the required capacity and current.
- Compatibility between the cells and the battery management system.
- Charging voltage, discharge cut-off voltage, and permitted current limits.
- Thermal management, mechanical mounting, and electrical connections.
- Transportation requirements and applicable battery safety documentation.
The final battery pack should be evaluated and tested under the intended operating conditions before deployment.
Frequently Asked Questions
1. What is the nominal voltage and capacity of the LTO40 cell?
The supplied specifications list a nominal voltage of 2.4V and an actual capacity of 45Ah.
2. What is the maximum discharge current?
The supplied data lists a maximum discharge rate of 6C and a pulse charge/discharge rate of 10C. The corresponding current values and permitted pulse duration should be confirmed with the manufacturer.
3. How long is the cycle life?
The listed cycle life exceeds 25,000 cycles. Actual results depend on operating conditions and the specified end-of-life capacity threshold.
4. Can this cell be used for solar energy storage?
It can be evaluated for compatible solar energy storage systems. Confirm the charging requirements, BMS compatibility, and system design before integration.
5. What certifications or documents are available?
The supplied information lists MSDS, CE, RoHS, and UN 38.3 documentation. Please confirm which documents apply to this exact cell model and obtain the relevant test reports or certificates when required.
6. What is the warranty period?
The supplied information lists a five-year warranty. Actual coverage, exclusions, operating conditions, and claim procedures should be confirmed in the manufacturer's warranty terms.
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Contact us with your required quantity, application, target voltage, and current requirements. We can help review the technical specifications and discuss the suitability of the cell for your battery pack project.
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LTO40 2.4V 45Ah Lithium Titanate Battery Cell
