Precision, Non-Negotiable

From cell grouping to module integration, every unit maintains high consistency, ensuring reliability upon delivery.

Your Engineering Partner

We join at the blueprint stage to co-define parameters tailored to your needs.

Continuous Evolution

Today’s Technical Ceiling, Tomorrow’s New Starting Line.

Our Custom Power Solutions

MXARI delivers fully customized battery solutions engineered to unlock the full potential of your high-performance devices—no compromises on power, weight, or reliability.

MXARI high energy density UAV lithium battery for VTOL fixed-wing drone

LP120118356N120 (400Wh/kg)

Scenarios: Consumer Drones, Surveying Equipment, VTOL UAV

MXARI lithium battery pack for agricultural spraying drone

LP10588187N41 (400Wh/kg)

Scenarios: Agricultural Drones, Mapping Equipment, Multi-rotor UAV

MXARI high performance lithium battery for long endurance VTOL UAV

LP8585190N42 (500Wh/kg)

Scenarios: Unmanned Ground Vehicle (UGV), Electric Surfboard

MXARI custom lithium battery for humanoid robot power supply

LP10588187N36 (350Wh/kg)

Scenarios: Bipedal or Quadrupedal Robots, Smart Robotics

Beyond Batteries: The MXARI Difference

We don’t just develop battery cells—we work with partners to create high-performance energy solutions. From technical evaluation to mass production, our team helps customers overcome demanding power challenges with reliable, high-energy-density battery technologies.

MXARI Brand Story

MXARI is an ultra-high-energy-density battery cell brand operated by Shenzhen Lixiang New Energy Technology Co., Ltd. Our team focuses on advanced battery materials and cell technologies, including high-nickel, LCO, silicon-carbon, and lithium-metal systems.

MXARI develops 320–500Wh/kg high-performance battery cells through proprietary technology and strategic manufacturing partnerships, providing reliable solutions for applications requiring high energy density and high discharge performance.

WHY MXARI?

Advanced Cell Technology, Scalable Production

The company focuses on high-energy-density battery technology, with energy densities ranging from 320–500 Wh/kg. Based on solid-state battery technology, selected products can achieve stable operation down to -40°C.

With five production facilities across China and a total production capacity of 2 GWh, the company supports stable and scalable battery cell supply.

Not just a standard battery, but your engineering partner.

Cell Technology Foundation

320–550 Wh/kg energy density echelon, with mature mass production of high-nickel + silicon-carbon systems.

Precision Manufacturing, Consistency as Always

Automated Precision Production Lines,Every cell undergoes 100% inspection of voltage, internal resistance, and capacity, with batch consistency strictly controlled.

Co-Development, Co-Defining Parameters

Our engineering team has dual expertise in cell and end-product design. We engage from the blueprint stage to customize the optimal battery solution for your device under development, and iterate alongside you.

Compliant & Reliable, Worry-Free Delivery

We hold certifications for major global markets, with in-house production lines boasting sufficient capacity. From sample to mass production, delivery timelines are fully controllable—safeguarding your project progress every step of the way.

MXARI Blog

Technical Deep Dives · Scenarios Insights · Industry Trends

Discover the latest developments in high-energy-density battery technology.

A joint study by TU Delft and Elysian Aircraft reveals that integrating batteries into aircraft wings can reduce structural weight by approximately 32%.
Higher energy density is increasingly important for UAVs, robotics, and other demanding applications where battery weight directly affects system performance.
The 2026 Aviation Propulsion Transformation Seminar was recently held in Shenzhen. 

Discuss Your Battery Project With Our Engineers

Get expert support within 24 hours, including technical evaluation, customized solutions, and confidential project communication.