Below are the detailed engineering specifications for the P17 high-power cell. Our team supports full customization for battery module grouping based on these cells.
| Model Number | P10E0E5-17500FP |
|---|---|
| Chemical Materials | LFP (Lithium Iron Phosphate) |
| Cell Structure | Flexible Stacked Pouch Cell |
| Nominal Capacity (Ah) | 17.5 |
| Energy Density (Wh/kg) | 137 |
| Max. Continuous Charge Rate | 6C |
| Max. Continuous Discharge Rate | 6C |
| Max. Pulse Charge Rate | 15C |
| Max. Pulse Discharge Rate | 20C |
| Cycle Life (times) | ≥8000 @ 3C/3C |
| Operating Temperature (℃) | -30℃ ～ +55℃ |
| Dimensions (T×W×H, mm) | 9.6 × 140 × 145 |
| Sample MOQ | 10 pcs (Negotiable) |
| Sample Lead Time | 7–15 working days |
| Bulk Lead Time | 45 days (subject to volume & requirements) |
Wide Temperature Range Cell Series
LiTrue wide-temperature LFP cell series is built for packs that need stable output across cold, hot, and high-load operating conditions, with model options covering high-rate discharge, long cycle life, and different mechanical envelopes.
| Model | Dimension | Capacity | Voltage | Weight | Continuous Rate | Pulse Rate | Cycle Life | Operating Temp. |
|---|---|---|---|---|---|---|---|---|
| LFL1-100P | 28.8×173.9×207.6mm | 100Ah | 3.20V | 2200g | 3C/4C | 4C/6C | 3000 | -30℃~55℃ |
| PC20F-T | 12.5×90×192mm | 20Ah | 3.20V | 420g | 2C/3C | 5C/10C | 5000 | -43℃~70℃ |
| PA46F-C | 12.5×161×232mm | 46Ah | 3.20V | 930g | 2C/3C | 3C/4C | 6000 | -43℃~70℃ |
| PA50F-E | 12.8×161×232mm | 50Ah | 3.20V | 960g | 2C/3C | 3C/4C | 3000 | -30℃~55℃ |
| P10B2D5-10000FP | 9.5×112×135mm | 10Ah | 3.20V | 272g | 10C/20C | 20C/50C | 15000 | -43℃~55℃ |
| PM30F-L | 8.8×182×195mm | 30Ah | 3.20V | 620g | 3C/3C | 5C/10C | 1500 | -70℃~55℃ |
| PP33F-L | 10.2×142×232mm | 33Ah | 3.20V | 668g | 2C/3C | 5C/10C | 3000 | -43℃~55℃ |
| AA20F-P | 105.2×148.3×26.7mm | 20Ah | 3.20V | 760g | 10C/75C | 20C/125C | 6000 | -43℃~55℃ |
Ideal Applications for High-Power LFP Cells
Designed for sectors where safety, extreme durability, and instant power delivery are non-negotiable, the P10E0E5-17500FP series is highly recommended for:
- Hybrid Agricultural Tractors: Perfect for hybrid drive systems and PTO (Power Take-Off) energy recovery.
- Electrified Farming Machinery: Smart harvesters, heavy-lift agricultural drones, and electric tillers.
- Industrial Engineering Vehicles: Heavy-duty, low-speed industrial AGVs, forklifts, and loaders.
- High-Reliability Power Systems: Any application requiring 8000+ cycles and rapid charge/discharge capabilities.
Solution
Hybrid agricultural tractors, industrial vehicles, and heavy-duty electric equipment do not draw current politely. They start, stop, recover energy, hit sudden load spikes, and then do it again for a full working day. Standard energy cells can lose voltage under those bursts, forcing pack engineers to oversize the battery just to survive peak current.
The P10E0E5-17500FP is built for that kind of duty cycle. At 17.5Ah, its 6C continuous charge/discharge rating equals about 105A per cell, while the 20C pulse discharge rating supports short bursts up to about 350A. It keeps the thermal stability and long cycle-life advantages of LFP chemistry while giving pack designers much stronger high-current headroom. See LiTrue's full range of high-rate lithium battery cells for related cell options.
Application Areas
- Hybrid Agricultural Tractors: 6C continuous charge/discharge supports frequent start-stop operation and PTO energy recovery without relying on oversized packs.
- Electrified Farming Machinery: the -30°C to +55°C operating range fits outdoor machines that face cold mornings, hot workdays, vibration, and repeated load changes.
- Industrial AGVs and Forklifts: 20C pulse discharge gives headroom for lift, acceleration, and sudden load events in low-speed industrial vehicles.
- Engine-Start and Hybrid Power Systems: the 350A-class pulse capability supports short cranking loads before the system returns to normal operating current.
- Custom High-Power Battery Packs: the stacked pouch structure allows compact module layouts for OEM projects through LiTrue's custom battery pack development work.
FAQs
How much current can the P10E0E5-17500FP deliver?
At 17.5Ah capacity, 6C continuous discharge equals about 105A per cell. The 20C pulse discharge rating equals about 350A for short load windows, provided the final pack design controls heat, compression, tab welding, busbars, and BMS settings correctly.
Can this cell also accept high charging current?
Yes. The cell is rated for 6C continuous charge and 15C pulse charge. That makes it useful in systems with regenerative braking or energy recovery, but the pack-level charging strategy still needs to be validated around temperature and cell balancing.
Why use LFP chemistry for a high-rate cell?
LFP is a good fit when safety, thermal stability, and long cycle life matter as much as power output. The P10E0E5-17500FP is rated for ≥8000 cycles under 3C/3C test conditions, which suits equipment that works every day rather than occasionally.
Is this cell suitable for cold outdoor equipment?
Yes. The operating temperature range is -30°C to +55°C. Available power will still change with temperature, so pack-level testing should be done under the actual load profile and enclosure conditions.
Can LiTrue build a custom pack with this cell?
Yes. LiTrue can support cell matching, module layout, BMS selection, thermal design, and validation for OEM battery systems. Send the target voltage, peak current, operating temperature, pack size, and annual volume to the LiTrue engineering team.
Why Choose LiTrue?
As an experienced pouch cell manufacturer, LiTrue specializes in high-rate and high-power lithium battery technologies. Our mature stacked manufacturing process and strict consistency control ensure that every cell performs reliably in high-current scenarios. We operate a rigorous quality management system—from raw material inspection to final life-cycle testing.
Beyond individual cells, we provide system-level customization. Our engineering team delivers end-to-end support, including custom battery module assembly, BMS integration, and structural pack design tailored to your specific electrified vehicle requirements.
Contact Our Engineering Team to Request P10E0E5-17500FP Cell Samples & Datasheets
