LiFePO4 Battery Cells
Voltaplex supplies LiFePO4 battery products built for commercial energy storage, mobility platforms, and off-grid systems. Our inventory includes high-capacity prismatic cells and LFP batteries with long lifecycles, impressive thermal stability, and consistent output. Every unit meets strict performance and compliance standards.
Explore our selection to source LiFePO4 battery solutions and prismatic cell formats for large-scale applications.
1. Rated Capacity
- Typical Capacity: 30Ah (achieved with 0.5C discharge after standard charge)
- Minimum Capacity: 29.5Ah
2. Nominal Voltage
- Voltage: 3.2V (mean operating voltage)
3. Voltage at End of Discharge
- Cut-off Voltage: 2.0V
4. Charging Voltage
- Voltage: 3.65V
5. Internal Impedance
- Resistance: ≤2mΩ (measured at AC 1kHz after 50% charge)
- Measurement Conditions: New batteries within one week of shipment and fewer than 5 cycles
6. Standard Charge
- Method: Constant current of 0.5C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 3.0 hours
7. Standard Discharge
- Method: Constant current of 0.5C5A until voltage drops to 2.0V
8. Fast Charge
- Method: Constant current of 1C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 1.5 hours
9. Fast Discharge
- Method: Constant current of 1C5A until voltage drops to 2.0V
10. Maximum Continuous Charge Current
- Current: 1.0C5A
11. Maximum Continuous Discharge Current
- Current: 2.0C5A (up to 3.0C5A for less than 10 seconds, with SOC ≥20%)
12. Operation Temperature Range
- Charging: 0 to 45°C
- Discharging: -20 to 55°C
- Humidity: 60±25% RH (bare cell)
13. Storage Temperature Range
- Less than 1 year: -10 to 30°C
- Less than 3 months: -10 to 40°C
- Humidity: 60±25% RH (at shipment state)
14. Battery Dimensions
- Height: 101.8mm±0.8mm
- Length: 149.1mm±0.5mm
- Width: 39.8mm±0.5mm
15. Battery Weight
- Weight: 1.2Kg
This specification ensures the VP-LFP50 cell delivers reliable performance under specified conditions and is suitable for a wide range of applications.
1. Rated Capacity
- Typical Capacity: 30Ah (achieved with 0.5C discharge after standard charge)
- Minimum Capacity: 29.5Ah
2. Nominal Voltage
- Voltage: 3.2V (mean operating voltage)
3. Voltage at End of Discharge
- Cut-off Voltage: 2.0V
4. Charging Voltage
- Voltage: 3.65V
5. Internal Impedance
- Resistance: ≤2mΩ (measured at AC 1kHz after 50% charge)
- Measurement Conditions: New batteries within one week of shipment and fewer than 5 cycles
6. Standard Charge
- Method: Constant current of 0.5C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 3.0 hours
7. Standard Discharge
- Method: Constant current of 0.5C5A until voltage drops to 2.0V
8. Fast Charge
- Method: Constant current of 1C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 1.5 hours
9. Fast Discharge
- Method: Constant current of 1C5A until voltage drops to 2.0V
10. Maximum Continuous Charge Current
- Current: 1.0C5A
11. Maximum Continuous Discharge Current
- Current: 2.0C5A (up to 3.0C5A for less than 10 seconds, with SOC ≥20%)
12. Operation Temperature Range
- Charging: 0 to 45°C
- Discharging: -20 to 55°C
- Humidity: 60±25% RH (bare cell)
13. Storage Temperature Range
- Less than 1 year: -10 to 30°C
- Less than 3 months: -10 to 40°C
- Humidity: 60±25% RH (at shipment state)
14. Battery Dimensions
- Thickness: 27.0±0.5mm
- Length: 180.0±1.0mm
- Width: 70.0±0.5mm
15. Battery Weight
- Weight: 690g±10g
This specification ensures the VP-LFP30 cell delivers reliable performance under specified conditions and is suitable for a wide range of applications.
1. Rated Capacity
- Typical Capacity: 30Ah (achieved with 0.5C discharge after standard charge)
- Minimum Capacity: 29.5Ah
2. Nominal Voltage
- Voltage: 3.2V (mean operating voltage)
3. Voltage at End of Discharge
- Cut-off Voltage: 2.0V
4. Charging Voltage
- Voltage: 3.65V
5. Internal Impedance
- Resistance: ≤2mΩ (measured at AC 1kHz after 50% charge)
- Measurement Conditions: New batteries within one week of shipment and fewer than 5 cycles
6. Standard Charge
- Method: Constant current of 0.5C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 3.0 hours
7. Standard Discharge
- Method: Constant current of 0.5C5A until voltage drops to 2.0V
8. Fast Charge
- Method: Constant current of 1C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 1.5 hours
9. Fast Discharge
- Method: Constant current of 1C5A until voltage drops to 2.0V
10. Maximum Continuous Charge Current
- Current: 1.0C5A
11. Maximum Continuous Discharge Current
- Current: 2.0C5A (up to 3.0C5A for less than 10 seconds, with SOC ≥20%)
12. Operation Temperature Range
- Charging: 0 to 45°C
- Discharging: -20 to 55°C
- Humidity: 60±25% RH (bare cell)
13. Storage Temperature Range
- Less than 1 year: -10 to 30°C
- Less than 3 months: -10 to 40°C
- Humidity: 60±25% RH (at shipment state)
14. Battery Dimensions
- Height: 207.1mm±0.5mm
- Length: 174.7mm±0.5mm
- Width: 53.8mm±0.5mm
15. Battery Weight
- Weight: 4.2Kg
This specification ensures the VP-LFP206 cell delivers reliable performance under specified conditions and is suitable for a wide range of applications.
1. Rated Capacity
- Typical Capacity: 30Ah (achieved with 0.5C discharge after standard charge)
- Minimum Capacity: 29.5Ah
2. Nominal Voltage
- Voltage: 3.2V (mean operating voltage)
3. Voltage at End of Discharge
- Cut-off Voltage: 2.0V
4. Charging Voltage
- Voltage: 3.65V
5. Internal Impedance
- Resistance: ≤2mΩ (measured at AC 1kHz after 50% charge)
- Measurement Conditions: New batteries within one week of shipment and fewer than 5 cycles
6. Standard Charge
- Method: Constant current of 0.5C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 3.0 hours
7. Standard Discharge
- Method: Constant current of 0.5C5A until voltage drops to 2.0V
8. Fast Charge
- Method: Constant current of 1C5A until 3.65V, then constant voltage until current drops to 0.05C5A
- Charge Time: Approximately 1.5 hours
9. Fast Discharge
- Method: Constant current of 1C5A until voltage drops to 2.0V
10. Maximum Continuous Charge Current
- Current: 1.0C5A
11. Maximum Continuous Discharge Current
- Current: 2.0C5A (up to 3.0C5A for less than 10 seconds, with SOC ≥20%)
12. Operation Temperature Range
- Charging: 0 to 45°C
- Discharging: -20 to 55°C
- Humidity: 60±25% RH (bare cell)
13. Storage Temperature Range
- Less than 1 year: -10 to 30°C
- Less than 3 months: -10 to 40°C
- Humidity: 60±25% RH (at shipment state)
14. Battery Dimensions
- Height: 132.2mm±0.8mm
- Length: 173.9mm±0.5mm
- Width: 48.0mm±0.5mm
15. Battery Weight
- Weight: 2.3Kg
This specification ensures the VP-LFP100 cell delivers reliable performance under specified conditions and is suitable for a wide range of applications.
Why Businesses Choose LFP Battery Technology for Scalable Power Systems
Voltaplex has over a decade of experience supplying lithium batteries to commercial and industrial clients. Our LFP battery systems support high-load performance, long-term use, and precise energy storage and mobility integration.
Businesses rely on our technical expertise, product availability, and documentation support to scale operations confidently and consistently.
Industrial Applications for Prismatic Batteries
Prismatic batteries offer stable energy output and compact form factors, making them a preferred choice for high-demand systems that require long service and efficient thermal control.
The most common uses of these LiFePO4 battery products include:
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Telecom backup systems that require consistent uptime and low-maintenance power delivery
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Off-grid solar storage units that operate under variable load conditions
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Electric mobility platforms, including e-bikes and low-speed vehicles
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Uninterruptible power supplies (UPS) for critical infrastructure and facilities
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Modular energy storage systems for commercial and light industrial environments
Overall, prismatic cells help engineers simplify battery pack design while always meeting strict space and performance requirements.
FAQs About LiFePO4 Cells and Prismatic Battery Formats
Find out more about Voltaplex and our LiFePO4 cells and prismatic batteries through our commonly asked questions below.
What’s the difference between a LiFePO4 battery and other lithium chemistries?
A LiFePO4 battery offers greater thermal stability, longer cycle life, and lower thermal runaway risk than lithium cobalt or NMC chemistries.
Are prismatic cells better than cylindrical formats for industrial systems?
Prismatic cells use space more efficiently and reduce wiring complexity, making them ideal for large-scale battery systems where design flexibility matters.
Can you use LFP batteries in cold or high-heat environments?
LFP batteries perform reliably across a wide range of temperatures. Voltaplex provides specifications for safe operation under varying environmental conditions.
Do Voltaplex LiFePO4 cells meet international compliance standards?
Yes, all Voltaplex LiFePO4 cells and LFP batteries include documentation to support regulatory and shipping requirements, including MSDS and relevant testing data.
How LFP Cells Improve System Design and Energy Movement
LFP cells offer high thermal stability, low internal resistance, and a flat discharge curve, making them ideal for systems that require consistent power delivery and minimal maintenance.
Their rectangular form factor simplifies pack design and allows for tighter energy density in confined spaces.
Voltaplex supplies LFP cells that support efficient charging, longer cycle life, and streamlined integration for both stationary and mobile applications.
Integration Capabilities of LiFePO4 Battery Products
Each Voltaplex LiFePO4 battery is built for compatibility with a wide range of commercial systems. Our LFP cells and prismatic battery formats support the following:
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Standardized voltage ranges for modular system design
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Fast charge and discharge rates for high-demand environments
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Secure cell configuration in prismatic form factors
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Technical documentation for safe installation and system compliance
Voltaplex helps engineers and procurement teams integrate LiFePO4 battery products into scalable, long-term solutions.
Request a Quote for LiFePO4 Battery and Prismatic Cell Orders
Get bulk LiFePO4 battery products and prismatic cells with direct support from Voltaplex and our expert team. Contact us about pricing, lead times, and product specifications tailored to your system requirements.
Submit a quote request today to connect with our technical team and secure reliable energy components for your next project.
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