IMMERSIO™ XM25

The World’s First Production-Ready Immersion-Cooled Battery System

Automotive-grade and scalable immersion-cooled battery pack to a variety of applications in markets, such as load haul dump (LHD), tractors, excavators, commercial fleets, as well as stationary energy storage systems.

  • Optimal Performance

    Up to 1C/1.67C Charge/Discharge

    Best-in-Class Power & Energy Density

  • Industry Certified

    3,000+ Charge Cycles

    ECE-R100 & UN 38.3 Certified

  • Active Thermal Runaway Suppression

    Thermal Runaway Suppression

    ASM for Active Safety Protection

  • Ready to Deploy

    SOC/SOH/SOP Data Gateways

    Volume Production Ready

Unmatched Safety

What is thermal runaway?

When a single cell fails, the material within starts an exothermic (energy-releasing) decomposition reaction, and the rate of decomposition is positively correlated with temperature. In short, as temperature increases, decomposition occurs, further increasing the temperature, which causes further decomposition. This forms a feedback loop that goes on until the temperature reaches a point to rupture the cell and the remaining energy within the cell is released in the form of heat and pressure.

How does Immersion cooling help to suppress?

One of the main reasons to design and implement immersion cooling solutions into battery systems is to mitigate thermal runaway within one single cell. The reason behind fire and explosion on battery system is thermal runaway happen on a single cell and causes chain reaction to spread to multiple cells to increase to extremely high temperature and light up everything. When the heat dissipation is big enough to control thermal runaway within one battery cell, there is no chance for chain reaction from happening.

Applications

  • Construction

    A supplier to construction sites across multiple geographic locations, this client required a prototype battery system to power a medium-heavy-duty excavator. Converting an existing chassis with a particular shape for speed testing has allowed the customer to increase their speed to market. Using IMMERSIO™ XM25 immersion-cooled battery system, the customer gains an edge on their competitors, leveraging the reduced need to carry fuel onboard and increased reliability to access new markets.

  • Agriculture

    XING Mobility’s system drastically reduces noise and emissions, enabling usage at night, indoor environments, and a vast range of temperature conditions. The IMMERSIO™ XM25 pack is dust-proof and water-proof, making it weather resistant and suitable for use in extreme conditions.

  • Mining

    A mid-size mineral mining site located in Asia employed about 20 dump trucks. After running on diesel for over 20 years, there dump trucks are now facing issues such as increasing diesel fuel cos, high maintenance and repair cost, and decreasing working efficiency, let alone creating pollution and unsafe working conditions. This customer requested to use IMMERSIO™ XM25 battery system, enabling their dump trucks to perform more consistently and efficiently than running on diesel.

  • Commercial Vehicles

    Light, medium, and heavy-duty trucks are the keys to industry development. While seeking for smart logistic solutions and impacted by ESG compliance, commercial vehicle makers engaged with XING Mobility for safe, out-performed, and reliable battery systems for their electification roadmap. IMMERSIO™ XM25 is well designed to accommodate the specification and space requirement to support LCV, MDT with all certification in place.

  • Energy Storage Systems

    Energy Storage System (ESS) has become vital to energy security and sustainability. With XING Mobility’s immersion cooling technology, the ESS can deliver stable performance under extreme wheather conditions no matter in tropical countries or in high lattitude territories. Moreover, the active and exceptional safety design in IMMERSIO™ XM25 allows the IMMERSIO™-based ESS to enter residency and business centers.

  • Specifications

    Cooling Method: Immersion Cooling

    Cell Type: 21700 NMC

    Coolant Type: Castrol ON EV-Thermal Fluid

    Scalability: up to 800V, 1.6MWh (4S16P)

  • Features

    • Reliable & extreme safety

    • High performance with optimized thermal control

    • Real-time battery status monitoring

    • Single cell fuse design

    • Optimized energy density & volume density

    • Automotive grade components

    • Global certified

    • Volume production ready

  • Certifications

    • Transportation* UN38.3

    • Performance Safety* ECE R100

    • Isolation Resistance** ISO 6469-1

    • Automotive grade components** ISO 26262 ASIL-C

    • Production** ISO9001

    *Certification to be acquired in H2, 2022

    **Standard Compliance

  • Mechanical Data

    • Dimension (L x W x H) (mm): 1238 x 477 x 230

    • Weight (kg): 202

    • Weight_dry* (kg): 186

    • Operating temperature**(℃): -40 - 55

    • Storage temperature (℃): -40 - 72

    • Ingress Protection: IP67

  • Electrical Data

    • Energy_nominal (kWh): 26.2

    • Voltage_nominal (V): 177

    • Voltage_max. (V): 200

    • Voltage_min. (V): 135

    • Peak Discharge current (10s)*(A): 840

    • Continuous Discharge current (A): 250

    • Peak Charge current (A): 225

    • Continuous Charge current (A): 150

    • Communication: CAN 2.0B

    • Life Cycle**: >3000

Download Datasheet

System Block Diagram