Explore our premier selection of high-power energy storage systems, light electric vehicle packs, and customized configurations.
Understanding the shift in high-power mobile systems and industrial applications from conventional lead-acid to optimized 60V LiFePO4 configurations.
Modern high-speed e-scooters, light cargo vehicles, and electric tricycles are rapidly shifting from legacy 48V networks to 60V setups to minimize resistance losses, decrease cabling cross-sections, and deliver higher top speeds and acceleration dynamics.
Lithium Iron Phosphate (LiFePO4) has emerged as the global benchmark for safety and cycle lifespan. With the ability to perform reliably across high operating ranges and mitigate risks of thermal runaway, LFP is the default chemistry for heavy-duty applications.
Real-time battery metrics checking using CANBUS, RS485, and Bluetooth protocols has transitioned from an optional feature to a critical engineering requirement, enabling seamless communication with target microcontrollers and charging stations.
For global procurement officers, managing OEM battery designs involves complex supply chains, strict transport regulations (UN38.3), and long-term reliability expectations. Hangzhou LIAO Technology Co., Ltd. addresses these bottlenecks by serving as an end-to-end consulting and manufacturing partner rather than a transactional supplier.
We provide full trace capability down to the individual cell level, ensuring that each cell integrated into your 60V assembly passes rigorous capacity matching, internal resistance tests, and cell lifecycle grading before final production.
Performance benchmarks achieved through years of continuous R&D.
Our LiFePO4 cells will not burn or explode under direct nail puncture test procedures, ensuring reliable operations in high-stress environments.
Optimized cell chemistry enables steady current discharge ranging from -40 ℃ up to 85 ℃ for demanding outdoor deployments.
Tested and approved in strict European environments, highlighting the LAXpower-1230 battery testing champion award.
Founded in 2009, we are a professional and leading manufacturer specialized in high-grade LiFePO4 batteries.
Over the past decade and a half, we have designed customized energy solutions for more than 500 customers across a wide variety of industries. Quality is the core of our business model: all of our products are produced strictly under the quality management system of ISO 9001.
Meanwhile, we have passed and continuously maintain compliance with the environmental management system ISO 14001 and the occupational health and safety management system ISO 18001. This ensures that every battery pack leaves our line in perfect working order.
Take a closer look at our automated production infrastructure and quality verification lines.
Tailoring robust battery architecture configurations for specialized industries globally.
Traditional lead-acid golf cart systems degrade quickly under constant acceleration loads. Our 60V (and associated 48V) LiFePO4 replacement architectures allow vehicles to navigate varied terrain, maintaining high power discharge throughout the entire SOC (State of Charge) curve.
Moving heavy travel trailers requires immediate surge currents. Our high-rate discharge battery packs work quietly, emit zero emissions, and eliminate runtime issues, reducing manual alignment times and field operational costs.
Automated Guided Vehicles (AGVs) demand continuous, multi-shift cycle reliability. The fast-charging capability of our customized 60V systems permits opportunity charging during operational pauses, maximizing equipment uptime.
Marine environments expose electronics to high humidity and salt spray. Our robust mechanical casings feature marine-grade IP65/IP67 ingress ratings. The zero-noise and zero-spill properties of LiFePO4 protect delicate local waterways.
Uncompromising compliance verification systems representing high reliability.
Our ongoing technical projects concentrate on enhancing the energy density of cobalt-free cell formulations without sacrificing chemical stability. Through structural optimization—shifting from traditional module-based builds to Cell-to-Pack (CTP) integration styles—we are targeting a 15% reduction in volumetric footprint for our upcoming generation of 60V systems.
This improvement is highly relevant for space-constrained chassis layouts in automated warehouse robots (AGVs), electric utility vehicles, and hybrid propulsion systems.
Common engineering and commercial queries from integration specialists and operations buyers.
Discover more standard formulations engineered to simplify product design-in periods.
Contact our technical sales team today for detailed data sheets, custom case size drawings, or a competitive quote on our 60V and custom lithium-ion battery packs.
Request Engineering Consultation
Liao Battery
