Engineered for sustained power output, fast charging cycles, and uncompromising safety. Explore our featured customizable options below.
UX Power is an innovative enterprise focusing on the comprehensive research, development, production, and worldwide sales of advanced new energy lithium batteries. Established in 2009, we have built a fifteen-year legacy dedicating our capabilities to delivering sustainable, safe, and elite-efficiency lithium power pack designs.
We address complex custom power needs for industrial vehicles, motive machines, grid projects, and high-safety environments, helping global partners achieve a seamless transition toward low-emission electric mobility.
Vision: Allow power lithium batteries to be more unrestricted in all operating conditions.
Mission: Provide fast, accurate, and safety-verified solutions for dynamic industrial scenarios.
Core Value: Take every small step forward seriously, optimizing for ultimate reliability.
A technical guide to chemistry selection, thermal safety margins, and structural design for dynamic machinery.
Traction applications mandate absolute thermal tolerance and cyclic endurance. LiFePO4 (LFP) delivers an operational cycle life exceeding 5,000 charges at 80% DoD, posing minimal thermal runaway risks. NMC chemistries satisfy compact configurations requiring dense pack energy footprints for long operating periods between charging cycles.
High-vibration dynamic operations like forklifts, maritime watercraft, and e-bikes demand mechanical stability. Our robust designs rely on precision metal enclosures, customized vibration dampening brackets, and high-strength potting components that conform with UN38.3 structural safety regulations.
We deploy dynamic simulation models to define custom airflow cooling channels and incorporate phase change insulation barriers (PCM). These design criteria contain cellular malfunctions locally, avoiding propagation to adjacent cells within the module layout under peak charging currents.
As the epicenter of the global lithium-ion supply chain, China manufacturing provides unmatched technological and logistics efficiencies. At UX Power, we leverage this localized ecosystem to yield superior industrial grade battery solutions:
Our 10,000㎡ facility in China is equipped with specialized validation testing units to assure quality before dispatching global shipments:
Ensures zero electromagnetic interference.
Simulates heavy industrial terrain shocks.
Verifies marine saltwater resistance.
Tests cells from -30°C up to +75°C.
Providing robust performance criteria tailored to regional compliance frameworks and field scenarios.
Heavy duty warehouses require continuous 24/7 cycles. Fast opportunity charging allows forklifts to charge during breaks, replacing slow, toxic lead-acid setups that require hours of cooling down. Our traction packs integrate directly with CANbus protocols to share battery metrics with vehicle controllers.
Robotic fulfillment centers depend on high duty-cycle precision. Our customized compact battery modules include dynamic cellular temperature telemetry, allowing fleet dispatchers to schedule preventative safety cool-downs and maintenance cycles automatically.
Saltwater represents a harsh operating threat for electrical arrays. We engineer completely enclosed IP67/IP69K marine standard battery packs featuring double-layered chemical corrosion shielding, high-voltage isolators, and custom pressure release vents for reliable offshore operation.
A battery pack is only as smart as its Management System. Discover our active protection architecture.
Balances structural charge imbalances dynamically across cell groups, improving usable pack energy storage capacity by up to 15% and preventing early individual cell wear.
Supports robust industrial field communication languages like CANopen, J1939, RS485, and Modbus to feed diagnostic information to control rooms or dashboard displays.
Built-in heating film solutions dynamically pre-heat cells in freezing environments (-20°C) before allowing charge input, preventing lithium plating hazards.
Stores critical voltage peaks, deep discharges, thermal spikes, and cycle history parameters directly in onboard flash storage for quick troubleshooting.
Procuring traction lithium systems for fleet integration requires careful balance of Total Cost of Ownership (TCO) against safety. Ask potential vendors these technical questions:
At UX Power, we adhere to a strict workflow to minimize integration issues and maintain timelines for engineering teams:
Defining voltage limits, space configuration constraints, continuous discharge currents, and environment variables.
Developing the circuit layouts and safety control limits, and programming the CAN communication interface.
Constructing structural prototype packs to undergo environmental chamber tests, vibration runs, and cyclic aging reviews.
Final mass assembly under clean-room requirements with dynamic documentation to secure smooth custom clearance processes.
Get answers to common technical queries about industrial lithium traction battery technology, customization, and factory operations.
Explore our high-voltage setups, modular batteries, and high-performance cells built for industrial duty.
UX Power