Engineered for extreme cyclical durability, standard sizing compatibility, and high power density. View our leading models deployed globally.
How high-capacity lithium energy systems are shifting global dependence away from legacy fossil fuel generation.
Modern off-grid electrification is undergoing a structural transition. Traditionally, remote telecom base stations, off-grid agricultural operations, and remote microgrids relied heavily on heavy lead-acid configurations or diesel generator sets. These options demand intensive operational expenses (OpEx) through constant maintenance, periodic fuel replenishment, and short product life cycles.
By integrating Lithium Iron Phosphate (LiFePO4) chemistries, operators realize dramatic reductions in Total Cost of Ownership (TCO). Offering over 2,800 full depth-of-discharge (100% DOD) cycles, zero routine maintenance, and an exceptional energy-to-weight ratio, modern lithium systems minimize footprint requirements while delivering reliable, continuous wattage. This is particularly vital in telecom setups and grid-edge environments where equipment uptime is tied directly to critical communication SLA guarantees.
LiFePO4 represents the safest chemical profile within the mainstream lithium family. Under structural failure, mechanical puncture, or short-circuits, it resists thermal runaway due to the strong covalent bond of the oxygen atoms within its olivine crystal lattice structure.
Years of Engineering
Custom Battery Designs
Exporting Countries
Cycles @ 100% DOD
Founded in 2009, Hangzhou LIAO Technology Co., Ltd. has established itself as a premier developer and industrial manufacturer of custom and standard LiFePO4 batteries. Over 15 years of focus has enabled us to optimize performance profiles for safety, cycle life, thermal threshold margins, and power-to-weight integration.
To ensure absolute trust and international compatibility, all of our products are designed, sourced, and manufactured under the strict oversight of the ISO 9001 Quality Management System. Furthermore, we maintain complete environmental compliance via ISO 14001 and follow stringent workplace protection standards via ISO 18001 certification.
Cells do not experience thermal runway, fire, or explosion even under rigorous nail penetration testing.
Continuous and reliable operation and discharge characteristics spanning from -40°C up to 85°C.
Single-cell longevity guarantees exceeding 2,800+ full cycles under 1C charge/discharge profile at 100% DOD.
Awarded testing champion status in Europe for the LAXpower-1230 technical classification.
Integrating electrical engineering design, mechanical packing layouts, and intelligent BMS programming.
Our research and development team consists of seasoned electrical and mechanical engineers who collaborate to provide bespoke battery packing configurations. By matching our cell technology with unique forms, voltages, capacities, and enclosure designs, we assist clients in reducing time-to-market and lowering overall engineering investment.
From prototype creation to low-volume trials and large-scale manufacturing runs, LIAO guides projects through rigorous validation testing to ensure your end-use application functions perfectly in real-world environments.
Optimized for space utilization, heat dissipation, and modular expansion configurations.
Complete, drop-in replacement designs configured with reliable enclosure structures.
Scalable cabinet units providing high wattage backup capacity for utility and industrial demands.
How our specialized configurations perform in diverse off-grid environments, mobility solutions, and heavy industrial vehicles.
Our LiFePO4 golf cart batteries offer high peak output discharge rates for steep elevations and provide continuous power over extended cycles across diverse terrains.
Delivers silent, high-torque power to support off-grid utility. Eliminates toxic fumes and lead-acid maintenance requirements during seasonal travel storage.
Designed for logistics fleets, AGVs, and floor scrubbers. Allows rapid charging during operation breaks to sustain continuous working shifts.
Eco-friendly marine propulsion setups. Highly resistant to marine corrosion, moisture, and high vibration stresses common to open water conditions.
A visual inspection of our high-volume production facility, illustrating automated processing steps from initial cell sorting through quality check verification.
Our engineering validation process is backed by documented patent awards, independent safety reviews, and international test compliance.
We possess multiple utility patents covering battery housing configurations, automated manufacturing systems, and electrical protection schemes.
Recognized as a leading enterprise in specialized battery research. Our products have received honors for performance and environmental compliance.
Comprehensive laboratory test validation reports covering UN38.3 transport requirements, CE directives, and detailed safety assessments.
Hangzhou LIAO Technology Co., Ltd. serves a vast client network across primary industrial and emerging commercial zones globally.
Exporting to more than 20 countries, LIAO batteries are field-tested in diverse climatic conditions worldwide, including the winter sub-zero temperatures of Northern Europe and the high-temperature environments of Sub-Saharan Africa.
We work in collaboration with wholesale buyers, industrial developers, and EPC operators in:
Our engineering trajectory for high-performance off-grid lithium storage platforms over the coming decade.
Our laboratory trials focus on doping the LiFePO4 cathode with specialized metal oxides, targeting 6,000+ cycle guarantees at 80% Depth of Discharge.
Next-generation BMS controllers will support remote IoT integration, utilizing cloud analysis to predict module failures before they occur.
We are exploring solid electrolyte designs to offer elevated power density while maintaining excellent safety standards.
Get answers to critical technical questions regarding the configuration, safety protocols, and implementation of our off-grid lithium storage batteries.
Browse our high-capacity LiFePO4 batteries designed for industrial vehicles, mobility platforms, and specialized backup power systems.
Liao Battery