Engineered for seamless dropping, robust cycle performance, and multi-tier electronic safety integration.
Established in 2009, Hangzhou LIAO Technology Co., Ltd. has developed into a premier, highly-specialized manufacturer at the vanguard of the lithium iron phosphate (LiFePO4) battery sector. Our commitment to developing ultra-safe, high-energy-density power storage has powered businesses in over 20 countries globally.
Our infrastructure functions strictly under the ISO 9001 quality management framework. Additionally, our factories strictly maintain compliance with the ISO 14001 environmental management system and the ISO 18001 occupational health and safety guidelines. This ensures every cell produced is consistent, safe, and built to withstand aggressive applications.
Why Tier-1 industrial buyers and systems integrators choose LIAO power solutions.
Our LiFePO4 cells do not ignite or rupture during severe physical damage tests, including heavy acupuncture and nail penetration.
Capable of supporting high discharge rates within a harsh thermal window spanning from -40 ℃ up to 85 ℃.
Delivers more than 2,800 full charge-discharge cycles at 1C / 100% Depth of Discharge, dramatically lowering TCO.
The LAXpower-1230 pack was officially honored as a testing champion in European independent evaluations.
Pioneering the evolution of high-security Lithium Iron Phosphate battery chemistry.
The global battery industry is rapidly shifting away from legacy Lead-Acid and unstable NCM (Nickel Cobalt Manganese) options due to critical safety and environmental hazards. Traditional lead-acid batteries suffer from low cycle lives (typically 300 to 500 cycles) and pose acid leakage risks, while NCM chemistry is prone to thermal runaway under structural deformation. Hangzhou LIAO Technology's advanced LiFePO4 (LFP) solutions offer a robust alternative. Built with an olivine crystal structure, our batteries feature highly stable P-O covalent bonds that prevent decomposition even under temperatures exceeding 250°C. This ensures absolute safety in dense energy applications.
Our current R&D is focused on nanostructured cathode materials paired with enhanced electrolyte formulations. By reduction of the particle sizing of LiFePO4 materials, we increase the lithium-ion diffusion path efficiency, allowing for rapid high-power charging without risk of lithium plating. Concurrently, our proprietary SEI passivation technologies protect the anode from rapid degradation, maintaining high capacity retention even after years of daily cycling.
Next-generation replacement batteries are no longer passive blocks of energy. Every unit designed at Hangzhou LIAO integrates a proprietary smart Battery Management System (BMS). Using predictive edge algorithms, our BMS tracks real-time thermal profiles, internal impedance, state of charge (SoC), and state of health (SoH). This data is communicable via CANBUS, RS485, and Bluetooth, permitting predictive maintenance and smart power routing in complex installations.
Custom tailored energy storage setups optimized for real-world B2B fleet operations.
Our LiFePO4 packs allow golf carts and utility fleets to operate reliably across uneven terrains and severe outdoor temperatures. High weight reduction boosts overall vehicle speed and stops turf compaction.
Silent, clean power replacement systems that charge rapidly and operate quietly. Eliminating lead hazards, these units supply high starting currents to maneuver heavy caravans in tight environments.
Engineered for high mechanical vibration resistance, our AGV battery packs enable continuous, fast-charging shifts. Perfect for high-intensity warehouse lifts and driverless transport vehicles.
Anti-corrosive sealed casings paired with intelligent BMS. Provide reliable backup and propulsion power with zero risk of sound or fuel pollution, preserving fragile marine ecosystems.
Explore our advanced production processes that guarantee uniform battery safety and high capacity density.
Developing a safe battery pack requires precise synergy between mechanical, electrical, and thermal engineers. With over 15 years of focus, our design engineers offer full-spectrum customization services. We have helped more than 500 brands bring custom concepts to market, optimizing packaging space and structural weight.
By executing deep calculations on power drain cycles, thermal limits, and charging interfaces, we provide turnkey ODM systems. This includes high-voltage industrial battery racks, marine applications, and compact e-bike replacements that save development costs and reduce time-to-market.
LIAO batteries comply with standard environmental, maritime transport, and regional electrical safety regulations.
Addressing B2B purchasing concerns, packaging standards, and logistical compliance.
Working directly with Hangzhou LIAO Technology avoids unnecessary distributor markups. We purchase lithium chemicals and separator materials in large quantities directly from verified suppliers. This keeps our raw material pricing stable and reliable, helping our commercial clients manage long-term budget cycles without unexpected cost increases.
Because lithium batteries are classified as Class 9 Dangerous Goods, they must meet strict shipping regulations. We ensure all wholesale shipments comply with international maritime (IMDG) and air transport (IATA) guidelines. This includes using heavy-duty UN-approved double-walled boxes, internal insulating dividers, and shock-resistant corner guards to prevent damage during transit.
We provide full documentation for global shipments, including safety data sheets (SDS), material testing certificates, and comprehensive shipping declarations. This ensures smooth custom clearance and minimizes port delays, keeping your supply chain running efficiently.
Frequently asked technical questions regarding custom cell matching, replacement processes, and lifetime expectations.
Premium energy storage components built for power stations, caravan movers, and industrial applications.
Liao Battery