Litteluse launches breakthrough over temperature detection platform TTape ™

　　Litteluse launches breakthrough over temperature detection platform TTape ™， Used to improve the management of lithium-ion battery systems. With its innovative features and unparalleled advantages, TTape can help automotive systems effectively control premature battery aging while reducing the risk associated with thermal runaway accidents.

TTape Distributed Temperature Monitoring Platform

　　TTape is an ideal choice for a wide range of applications, including electric/hybrid vehicles, commercial vehicles, and energy storage systems (ESS). Its distributed temperature monitoring function can sensitively detect local battery overheating, thereby extending battery life and improving the safety of battery installation.

　　The main advantages and features of TTape include:

　　● Premature battery aging management: TTape can help vehicle systems manage premature battery aging issues, significantly reducing the risk associated with thermal runaway.

　　● Extending battery pack lifespan: TTape ensures that the battery pack remains usable for a longer period of time by initiating temperature management in the early stages.

　　Efficient multi battery monitoring: Multiple batteries can be monitored using a single TTape device, and alerts can be sent to the BMS faster in case of overheating.

　　● Ultra fast response: The response time of TTape is less than one second, which ensures faster alarm issuance and indicates possible thermal runaway conditions.

　　● Seamless integration: No calibration required. TTape can be easily integrated with existing BMS and is the preferred solution for many battery applications.

　　In addition, TTape's ultra-thin design also makes it an ideal choice for conformal installation. By using a single MCU input, the distributed temperature monitoring function greatly improves the detection ability of local battery overheating. This method can achieve effective cooling measures, extend battery life, and significantly improve the safety standards of battery installation.

　　TTape is different from NTC and is an important addition to Litteluse's product line. Compared to traditional NTC settings, the significant advantage of local battery overheating detection ensures faster alerting to the BMS Litteluse Global Product Manager Tong Kiang Poo explained, "The TTape platform is a distributed temperature monitoring device for battery packs that helps improve detection of local battery overheating. It does not require calibration or temperature query tables, only requires one MCU input to seamlessly integrate with current BMS solutions and NTC, thereby enhancing the detection function of battery overheating.".

　　This breakthrough product inherits Littelhouse's innovative tradition. It fully utilizes the company's research, design, and development expertise in PPTC, bringing highly anticipated temperature monitoring solutions to the industry.

　　TTape emphasizes safety and efficiency, which is expected to change the landscape of the lithium-ion battery pack market. As the entire industry rapidly moves towards more sustainable and secure energy solutions, Litteluse's TTape and other products demonstrate the company's commitment to innovation and excellence.