Customer Background

A well-known American automobile manufacturer is dedicated to advancing in-vehicle technology by developing high-performance and intelligent vehicle solutions while actively promoting wireless charging technology. As wireless charging systems become more widespread, managing the heat generated during operation has emerged as a significant technical challenge.

The Thermal Management Challenge of Client

In-vehicle wireless charging systems use electromagnetic induction to transfer energy, generating substantial heat during operation. Without proper thermal management, this can lead to decreased charging efficiency, overheating, and even instability in the vehicle's electrical system. Additionally, wireless charging modules are typically installed in confined spaces within vehicles, requiring cooling solutions that are both highly efficient and compact. These solutions must also meet stringent automotive durability standards for vibration and heat resistance to ensure long-term reliability.

The solution of TITAN

ITitan introduced a 50*10mm blower fan to enhance the cooling efficiency of the wireless charging module and ensure system stability. This compact fan meets the high safety and reliability standards required for automotive electronic components while offering high-temperature resistance and low power consumption, minimizing its impact on the vehicle's energy usage. Additionally, with an IP55-rated dustproof and waterproof design, the fan maintains optimal performance under various environmental conditions.

Key Features of the Titan 50*10mm Blower Fan

High-Efficiency Cooling

Powerful airflow effectively reduces internal temperatures, ensuring optimal charging efficiency and system safety.

Heat and Vibration Resistance

Built with durable materials to maintain stable operation in high-temperature and high-vibration automotive environments.

Compact Design

Ideal for installation within space-constrained wireless charging modules, ensuring efficient cooling without compromising integration.

Low Power Consumption

Provides superior thermal management while minimizing energy usage, supporting vehicle energy efficiency.

4-Pin PWM Speed Control

Equipped with a 4-pin PWM speed control function, allowing automatic speed adjustments based on temperature fluctuations for optimal cooling while reducing power consumption and noise.

Implementation Results

Following the integration of the Titan 50*10mm blower fan, the wireless charging module's operating temperature was successfully reduced by 15%, significantly enhancing charging efficiency and extending the lifespan of the equipment. Long-term testing demonstrated the fan’s exceptional durability and stability, ensuring continuous operation of the in-vehicle wireless charging system while maintaining peak performance across various driving conditions.

Client Feedback

The client highly praised Titan’s blower fan for its efficient thermal performance, which effectively resolved the cooling bottleneck in the wireless charging system, allowing stable operation and an improved user experience. Additionally, its low power consumption aligned with the vehicle’s energy-saving requirements, further optimizing overall vehicle power management.

Conclusion

With its high-efficiency cooling, low power consumption, and outstanding durability, the Titan 50*10mm blower fan has played a crucial role in in-vehicle wireless charging applications, meeting the modern intelligent vehicle industry's demand for high performance and reliability. As automotive electronics continue to evolve, Titan remains committed to innovation, delivering superior cooling solutions that ensure vehicle stability and safety.