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Cooling the Battery Revolution with Immersion Technology


XING Mobility is pioneering a game-changing approach to battery thermal management. Instead of relying on traditional air or liquid cooling systems, XING immerses battery cells in a special dielectric fluid. This fluid, engineered for optimal heat transfer, directly surrounds and envelops each cell, ensuring uniform and rapid cooling.

Here's how XING's immersion cooling technology unlocks a new era of battery performance

  • Superior Cooling: Compared to traditional methods, immersion cooling can maintain batteries 20-30°C cooler, preventing performance degradation and thermal runaway risks.
 
  • Faster Charging: Cooler batteries accept charges more readily, enabling charging times to be slashed by up to 50%.
 
  • Enhanced Active Safety: Advanced thermal management utilizes coolant's heat absorption and dynamic flow adjustments to actively control thermal runaway.
 
  • Extended Battery Life: By minimizing thermal stress, immersion cooling prolongs battery life by up to 20%.
 
  • Versatility: The technology is adaptable to various battery sizes and configurations, making it suitable for electric vehicles, energy storage systems, and even marine applications.

IMMERSIO™ Cell-To-Chassis
(CTC) Solution

 

Specification

  • Capacity: 95.2 kWh

  • Voltage: ~900 V

  • Overall weight: 457 kg

  • Gravimetric Density: 208 wh/kg

  • Volumetric Density: 263 wh/L

  • Size: 1520 (W) x / 1870 (L) x / 124 (H) mm

IMMERSIO™  Cell-to-Pack
(CTP) Solution

Specification

  • Pack Voltage range: ~900V

  • Gravimetric density: ~200 Wh/kg

  • Volumetric density: ~400Wh/L

  • Fast charge capability: <15min from 20%~80% SOC

Step1

Requirement Discussion

Step1

Requirement Discussion

At XING Mobility, our experienced and sophisticated experts will engage in a thorough discussion with customers to clarify all aspects of their project and provide comprehensive solutions that meet the expectations.

Step2

Detailed Design

Step2

Detailed Design

Once the concept is finalized, the team proceeds to detailed design, including detailed design of product structure, features, appearance, performance, etc.

Step3

Prototype Build

Step3

Prototype Build

Based on the detailed design, actual prototypes of the product are fabricated. This can be one or multiple prototypes used for testing and validating the feasibility and performance of the product design.

Step4

Testing and Validation

Step4

Testing and Validation

During this stage, the product undergoes comprehensive tests and validations, including performance, reliability, and safety testing, to meet expected standards. XING Mobility provides product samples, installation support, and training to ensure seamless operation on the customer's system.

Step5

Production and Manufacturing

Step5

Production and Manufacturing

After the product design is approved, XING Mobility sets up production processes, equipment, and flows, while ensuring shipping quality and production lead times align with customer requirements.

Step6

Certification & Homologation

Step6

Certification & Homologation

With deep knowledge and expertise in battery-related regulations, including safety standards, environmental regulations, and industry certifications, XING Mobility offers guidance and support to customers throughout the certification process. XING Mobility’s experience in navigating regulatory compliance ensures that all necessary requirements are met, helping you successfully achieve product certifications.

Step7

Monitoring and Improvement

Step7

Monitoring and Improvement

After product launch, XING Mobility consistently monitors performance and makes necessary improvements and optimizations to ensure ongoing customer satisfaction.

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