EVE Prismatic LFP Cells are widely recognized in the global market for their excellent safety performance, high energy density and long-term reliability, making them a preferred choice for commercial energy storage, electric vehicles, AGVs, telecom base stations, solar systems and industrial applications.
EVE’s prismatic LiFePO4 cells are engineered for stable output, long cycle life and high safety performance. They are manufactured using high-precision electrode coating technology, advanced material systems and strict quality control, ensuring each batch meets international standards for EV-grade and ESS-grade applications.
Stable 3.2V nominal voltage
High energy capacity ranging from 100Ah to 300+Ah
Strong cycle performance, often exceeding 6,000+ cycles
Low internal resistance for improved energy efficiency
Wide temperature adaptability
Strong safety with LFP chemistry
These characteristics make EVE cells suitable for both high-power and long-duration applications.
EVE prismatic LFP cells are used in a diverse range of professional environments. Their safety, reliability and long lifespan make them ideal for:
Commercial and industrial energy storage, including microgrids, UPS systems, solar battery banks, peak-shaving units and off-grid power setups.
Electric vehicles and electric mobility, such as commercial EVs, logistics vehicles, electric buses, electric motorcycles and specialized industrial EV systems.
AGV, AMR and warehouse robotics, requiring high cycle life, fast charging and consistent voltage output.
Telecommunications backup, providing long-term standby power for base stations and remote equipment.
Marine, RV and off-grid portable power, used for onboard and off-grid energy support requiring high safety and stability.
Industrial machinery, including forklifts, aerial work platforms, cleaning machines and backup power modules.
Across these sectors, EVE prismatic LFP cells offer dependable energy delivery and long-term performance.
Selecting the most suitable model depends on several key factors:
1. Required capacity and runtime
Applications needing long backup time or large energy reserves should choose higher-capacity cells such as 280Ah–310Ah models.
2. Discharge profile
High-power or high-current equipment may require cells with enhanced discharge capability and thermal optimization.
3. Installation space
The thickness, height and length of the cell must match the mechanical constraints of the cabin, rack or pack shell.
4. Voltage system design
Your target system voltage determines how many cells must be arranged in series.
5. Environmental conditions
Cold climates, high vibration environments or outdoor installations require additional reinforcement and BMS tuning.
LGNE engineers can help you evaluate your project and recommend the optimal EVE cell model and configuration.
Many international customers trust LGNE due to:
Guaranteed use of original EVE Energy cells
Pack design completed by experienced engineering teams
Custom BMS firmware tailored to equipment requirements
Stable supply and flexible MOQ
Support for testing, pilot production and mass manufacturing
Technical service covering installation, tuning and long-term maintenance
This ensures your battery pack achieves the lifespan, reliability and performance that EVE cells are designed for.
If your project requires high-quality, long-lasting and safe lithium battery solutions, EVE Energy Prismatic LFP Cells combined with LGNE’s custom engineering provide a robust and flexible option. Whether you are building an energy storage system, upgrading an EV platform or developing industrial equipment, we can help you design a battery pack that meets your specific needs.
Contact us now to get a tailored quotation and technical consultation.
Parameters
| Brand | Capacity（Ah） | Voltage（V） | Thickness（mm） | Length（mm） | Height（mm） | kWh |
| EVE | 105 | 3.2 | 36.35 | 130.3 | 200.5 | 336 |
| EVE | 150 | 3.2 | 33.25 | 200.7 | 207 | 480 |
| EVE | 193 | 3.2 | 41.06 | 173.9 | 207.5 | 553.6 |
| EVE | 230 | 3.2 | 53.85 | 173.93 | 207.2 | 736 |
| EVE | 304 | 3.2 | 71.7 | 173.7 | 207.2 | 972.8 |
| EVE | 314 | 3.2 | 71.7 | 173.7 | 204.6 | 1004.8 |
Why choose LGNE customized lithium battery?
Precisely match needs
customize capacity, voltage, shape and interface according to different application scenarios to ensure optimal adaptability
High energy density
adopt industry-leading battery tech-nology to provide longer battery life and higher power output
Intelligent BMS protection
with temperature control manage-ment, remote monitoring and fault warning functions to improve safety and reliability
Strong durability
through rigorous testing, adapt to extreme temperature, vibration and high load conditions, to ensure long-term stable operation
Green and environmentally friendly
zero emissions, low noise, to help global carbon neutrality goals
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