As global industries shift toward safer, longer-lasting and more sustainable power solutions, AESC Prismatic LFP Cells have become a benchmark product across energy storage, electric mobility, industrial automation and telecommunications. These cells deliver stable output, high cycle life and strong environmental resilience, making them an optimal choice for engineering teams and professional buyers seeking dependable lithium energy solutions.
AESC currently provides multiple prismatic LFP cell formats that are widely used in commercial and industrial systems. Two common specifications include a 230Ah model and a 305Ah model, both operating at 3.2V nominal voltage. Although their capacities differ, they share a similar height and length, simplifying pack layout and system integration. The 230Ah version offers a slimmer thickness suitable for compact cabinet designs, while the 305Ah model provides higher energy content per cell, making it ideal for projects requiring greater storage density.
These cells deliver stable discharge performance, strong durability and extended cycle life, which is essential for renewable energy storage, AGV power, electric vehicles and backup systems.
LGNE’s customized lithium battery packs are designed to meet the real installation constraints and performance expectations of industrial buyers. Every battery pack is engineered to maximize compatibility, ease of integration and long-term reliability.
Precisely Matched to Your Application
Different equipment and installation environments require different energy profiles. LGNE can adjust capacity, voltage, cell arrangement, output interface and mechanical structure to match the actual working conditions. Whether the priority is fast discharge capability, long storage duration, limited installation space or high-voltage operation, each pack is built for optimal performance.
High Energy Density and Industry-Leading Technology
AESC’s prismatic LFP cells are manufactured using advanced coating techniques and optimized electrode formulation. This enables higher usable energy in a compact footprint. The chemistry inherently supports long cycle life, excellent charge efficiency, and superior heat stability. For solar-plus-storage and mission-critical equipment, these features translate into reduced operating cost and higher system uptime.
Intelligent BMS for Safety and Reliability
Every LGNE battery pack integrates a smart Battery Management System designed for advanced monitoring and protection. Temperature, voltage, current, cycle condition and cell balance are constantly monitored. Additional functions such as remote diagnostics, cloud connectivity and early-warning alerts ensure the battery stays within safe operating conditions even under heavy load or fluctuating temperature environments.
Durable Construction for Tough Environments
AESC LFP cells perform reliably under strong vibration, rapid charge-discharge cycles and wide temperature variations. Combined with LGNE’s advanced pack design, the result is a battery system that can withstand long-term operation in logistics vehicles, port equipment, industrial robots, telecom stations and remote energy storage facilities.
Environmentally Friendly and Fully Sustainable
LFP chemistry is recognized for its low environmental impact. The long service life significantly reduces replacement frequency, while the materials are easier to recycle than many other chemistries. By adopting LFP technology, businesses contribute to global carbon-neutral goals while ensuring consistent system performance.
AESC LFP cells can be integrated into a wide range of systems across industries. Their stability and longevity make them especially suitable for:
Commercial and industrial energy storage systems, including microgrids, backup power systems, solar storage and peak-shaving applications.
Electric vehicles, such as passenger EVs, light-duty commercial vehicles, forklifts and electric utility carts.
AGV and warehouse robotics, where reliability, fast charging and high cycling efficiency are crucial for daily operations.
Marine vessels, RVs and off-grid mobile power, offering long-lasting and safe onboard energy support.
Telecom base stations and remote facilities, ensuring stable power retention and minimal maintenance.
Across these diverse applications, AESC LFP cells maintain stable output and long cycle performance, making them a preferred option for modern energy systems.
Although both models are widely used in professional battery systems, selecting the right cell depends on the system requirements.
A project with limited space often benefits from the slimmer 230Ah cell, allowing more flexibility in enclosure design. Applications requiring higher energy per module, such as large ESS units or long-distance mobility equipment, may prefer the 305Ah model to achieve greater total kWh within the same footprint.
Voltage platforms, discharge current expectations, daily cycling frequency, operational temperature and system safety margin should also be evaluated. LGNE engineers can provide professional technical recommendations based on your detailed application data.
Several key strengths make LGNE a preferred supplier among engineers, importers and system developers:
Only original AESC cells with full traceability are used.
Battery packs are designed by experienced engineers with deep industry knowledge.
Custom mechanical housings, BMS protocols and wiring solutions ensure exact compatibility.
Flexible order quantities support both trial projects and large-scale production.
Remote assistance and long-term technical service are included.
Through professional engineering and quality control, LGNE delivers battery systems that outperform generic market options in lifespan, stability and safety.
If your project requires a stable, long-life and high-performance lithium battery system, AESC prismatic LFP cells combined with LGNE’s custom engineering offer a reliable solution. Whether for energy storage, EV upgrades, industrial robotics or telecom applications, we can design a battery pack tailored to your voltage, capacity, environmental and installation needs.
Contact us today to get a free customized quotation and professional technical evaluation.
Parameters
| Brand | Capacity（Ah） | Voltage（V） | Thickness（mm） | Length（mm） | Height（mm） | kWh |
| AESC | 230 | 3.2 | 53.67 | 174.7 | 207 | 736 |
| AESC | 305 | 3.2 | 71.8 | 174.3 | 207 | 976 |
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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