 So, our partner Arrival has developed an innovative high-voltage battery module which you can see here. It comprises of a 3-point kilowatt module with built-in control and innovative flex PCB technology and thermal management system. When designing these types of battery management systems, we know that companies like Arrival Elements need to address a number of different challenges. They need high-precision, fast, reliable voltage-instancing devices. In fact, we are very proud that Arrival Elements chose our L9963 device for their battery module. It has been great working so closely with them on this project, providing our solution offering and the necessary application support. So, let me tell you what is so special about this chip. Our L9963 is a 14-channel cell monitoring device with integrated current sensing, perfectly addressing a wide range of applications, ranging from e-scooters or e-bikes to electronic or hybrid electric vehicles, just like the Charge 67. In fact, this chip is designed to address battery monitoring and balancing for various applications, covering both industrial and automotive. Moreover, this device is ASC qualified and fully AC262 compliant, targeting ACD applications. On top of that, it is fully compatible with our BMS Bomb Kit solution, which contains our SBC5 and Stellar Microcontroller family, power management ICs, high and low side drivers, battery cut-off and fast discharge, as well as high and low voltage MOSFETs. But that's not all. The complete L9963 family is developed on ST patented and innovative BCD technology, perfectly fitting application requirements related to hot-plugging, for instance. In addition, all of our customers benefit from a comprehensive development ecosystem built around our SBC5 studio framework, including an L9963E for easy application software development. ST offers extensive application solutions for BMS. If you want to learn more about our broad offering, visit us at ST.com.