NewsLittelfuse Unveils TTape: A Pioneering Overtemperature Detection System for Li-ion Batteries

Littelfuse Unveils TTape: A Pioneering Overtemperature Detection System for Li-ion Batteries

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TTape by Littelfuse: Revolutionizing Li-ion Battery Temperature Management

Littelfuse, Inc. (NASDAQ: LFUS), a renowned industrial technology manufacturer, has launched TTape™, an innovative overtemperature detection platform. This cutting-edge technology is designed to enhance the management of lithium-ion (Li-ion) battery systems, offering a sustainable, connected, and safer approach to battery utilization. TTape presents a transformative solution for managing premature cell aging and mitigating risks associated with thermal runaway incidents in battery systems.

TTape’s Application in Diverse Fields

TTape’s versatile nature makes it suitable for a variety of applications, particularly in automotive electric vehicles/hybrid electric vehicles (EV/HEVs), commercial vehicles, and Energy Storage Systems (ESS). Its distributed temperature monitoring capabilities are pivotal in detecting localized cell overheating, thus extending battery life and augmenting the safety of battery installations.

Key Advantages of TTape

  • Premature Cell Aging Management: TTape plays a crucial role in controlling premature cell aging, significantly diminishing the risks associated with thermal runaway.
  • Extended Battery Pack Life: By initiating temperature management early, TTape ensures prolonged serviceability of battery packs.
  • Efficient Multi-cell Monitoring: TTape’s ability to monitor multiple cells simultaneously enables faster alerting of the Battery Management System (BMS) in overtemperature scenarios.
  • Ultra-fast Response: With a reaction time under one second, TTape provides swift alerts, potentially signaling the beginning of thermal runaway conditions.
  • Seamless Integration: TTape can be easily incorporated into existing BMS without the need for calibration, making it an ideal solution for various battery applications.

Innovative Design and Integration

The ultra-thin design of TTape facilitates conformal installations. Its distributed temperature monitoring capability, requiring only a single MCU input, substantially improves the detection of localized cell overheating. This design allows for more effective cooling strategies to prolong battery life and significantly enhances the safety standards of battery installations.

Expert Insights on TTape

Tong Kiang Poo, Global Product Manager at Littelfuse, highlights the unique features of TTape. “Unlike traditional NTCs, TTape offers an advanced solution for localized cell overheating detection, ensuring faster BMS alerts. Its seamless integration with current BMS solutions and NTCs provides an elevated level of detection for cell overheating,” he explains. TTape’s design simplifies integration, requiring no calibration or temperature lookup tables, and only one MCU input.

Littelfuse’s Legacy and Vision in Innovation

TTape builds upon Littelfuse’s history of innovative solutions, drawing on the company’s extensive research and development in PPTCs. This product is poised to be a significant advancement in temperature monitoring for the Li-ion battery pack market, reflecting Littelfuse’s commitment to innovation and excellence in the industry.

Market Impact and Availability

TTape is set to be a transformative element in the Li-ion battery pack sector, prioritizing safety and efficiency. As the global market shifts towards more sustainable and secure energy solutions, Littelfuse’s TTape stands as a testament to the company’s dedication to innovation. The TTape Distributed Temperature Monitoring Platform is available in various packaging options, including tape and reel or box, depending on required lengths. Customers can request samples through authorized Littelfuse distributors globally, with a comprehensive list available on the company’s website.

Michal Pukala
Electronics and Telecommunications engineer with Electro-energetics Master degree graduation. Lightning designer experienced engineer. Currently working in IT industry.