Discover our highly versatile range of lithium iron phosphate cells and custom assembly configurations, proven in international markets.
The industrial landscape is undergoing a critical transition from conventional energy architectures to high-power density, fast-charging lithium chemistries. Specifically, 3.2V 10Ah Lithium Iron Phosphate (LiFePO4) cells are at the vanguard of this shift. This specific capacity node offers the optimal sweet spot between energy density, cell balancing efficiency, heat dissipation, and modular configuration simplicity.
Unlike larger energy cells which are prone to thermal gradients across their internal jelly-rolls or stack layers, the 10Ah format—especially in prismatic bolt-type designs—allows for extremely uniform heat transfer. This makes it the preferred building block for system integrators across Europe, the Americas, and the APAC region who construct custom packs for robotics, generator starters, backup power, and heavy industrial vehicles.
Founded in 2009, we have spent over 15 years perfecting the safety, longevity, and industrial customizability of LiFePO4 battery technologies.
Our cell design and chemistry yield Best Safety records. Our proprietary LiFePO4 formulation guarantees the cells will not burn or explode even under aggressive nail acupuncture and crush testing, mitigating risks at the structural molecular level.
Our specialized electrolyte composition and mechanical engineering enable efficient charge-discharge performance across an ultra-wide temperature envelope ranging from -40℃ to 85℃, ideal for extreme climates and engine bay starting applications.
LIAO single prismatic cells deliver 2800+ complete cycles at 1C charge/discharge rate and 100% Depth of Discharge (DOD). When managed by our intelligent BMS, system cycle life extends even further, outlasting traditional lead-acid equivalents by up to 10 times.
Hangzhou LIAO Technology operates under strict quality guidelines. We have established and maintained a thorough quality control infrastructure certified to ISO 9001 quality management systems, ISO 14001 environmental management standards, and ISO 18001 occupational health and safety guidelines.
We deploy tailored mechanical architectures and customized Battery Management Systems (BMS) for demanding industrial use cases worldwide.
The transition to lithium-ion has transformed modern golf course operations. Our new-generation LiFePO4 golf cart systems (such as the 48V 48Ah solution) allow vehicles to easily navigate diverse terrains and slopes. Our systems feature integrated BMS for active cellular balancing, over-discharge safety, and CAN/RS485 communication protocols.
Caravans demand high torque output at low speeds without polluting local environments. Our LiFePO4 batteries power quiet, zero-emission mover systems, significantly boosting task efficiency. Our award-winning LAXpower-1230 (12V 30Ah LiFePO4 pack) features a built-in charger and State of Charge (SOC) indicator, earning testing awards in Europe.
Industrial automation demands high uptime. AGVs and robotic systems require fast recharging and continuous cycle capability. LIAO's CE-certified 24V 20Ah, 48V 24Ah, and 48V 50Ah LiFePO4 battery packs are engineered for deep cycling and high charging currents, saving operational space, reducing AGV deadweight, and minimizing downtime.
Marine environments require absolute safety and water-resistant designs. Our marine-grade LiFePO4 configurations produce no local exhaust emissions or acoustic pollution. LIAO custom marine architectures offer robust, vibration-resistant battery structures that preserve delicate marine ecosystems.
Under our rigorous quality management systems, our state-of-the-art facility utilizes automated processes to ensure cell-to-cell consistency.
Ensures uniform electrode density and optimal active material coating distribution.
Accurate cut geometry prevents edge burrs, protecting against internal short circuits.
Automated stacking of cathode, anode, and separator layers ensures structural alignment.
Creates ultra-low resistance electrical joints capable of enduring continuous vibration.
Removes trace moisture from the cells, preventing unwanted gas generation during operation.
Matches cell parameters to build high-consistency battery packs.
We invite partners to visit our headquarters and production floors to inspect our production lines and quality systems firsthand.
Our commitment to safety and compliance is demonstrated by our extensive range of certifications and technical patents.
We possess multiple utility patents covering cell architecture and safe battery designs.
Recognized as a leading technical developer of energy storage solutions.
Fully tested to meet UN38.3, CE, and RoHS standards for safe global shipping.
Why LIAO batteries deliver superior performance compared to traditional energy solutions.
Traditional cylindrical cell configurations rely on complex spot welding architectures. Over time, internal vibrations and thermal fluctuations can damage these points, raising resistance and causing premature system failures.
Our bolt-type prismatic 10Ah cells feature heavy-duty screw threads that allow for direct, robust busbar connections. This configuration handles peak electrical loads with minimal voltage drop and provides structural integrity under rough operating conditions, such as inside AGVs and generator starting systems.
Additionally, our LiFePO4 chemistry features high thermal stability, meaning the cell is protected against oxygen release, keeping it safe even during high temperatures or electrical overloads.
Every LIAO battery module is managed by a custom-engineered BMS. A high-quality BMS handles critical protection functions:
Get detailed answers on chemistry, battery sizing, custom specifications, and international transport rules.
Our Lithium Iron Phosphate (LiFePO4) chemistry features a stable molecular structure, preventing thermal runaway up to 600°C. In contrast, NMC cells can experience runaway at 200°C. LIAO cells are tested to withstand nail acupuncture without burning or exploding.
Yes, LIAO cells are engineered with specialized electrolytes that enable efficient discharge within a wide temperature range of -40°C to 85°C. For charging below freezing, we also provide custom heating elements to ensure safe operation.
Standard lead-acid options usually deliver only 300 to 500 cycles at 50% Depth of Discharge. LIAO LiFePO4 cells deliver over 2800 complete cycles at 100% DOD (1C charge/discharge), outlasting lead-acid systems by up to 10 times and reducing lifetime costs.
We provide full OEM and ODM services, including customized series-parallel configurations, custom mechanical casings, special communication protocols (CAN, RS485, SMBus), and specific charge-discharge optimization settings.
Yes, our battery packs and cells have passed rigorous safety and transport certifications, including CE, RoHS, and UN38.3, ensuring safe, compliant air and sea shipping worldwide.
Prismatic bolt-type cells feature direct screw connections that eliminate spot welding risks, making them highly vibration-resistant. This design also provides a flatter thermal footprint, ensuring uniform heat transfer and longer cycle life.
Our engineering team calculates the required capacity based on your motor's continuous and peak currents, operational hours, space constraints, and charging window. Contact us for a custom solution optimized for your target metrics.
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