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The DK8x02 Evaluation Kit is an indispensable tool developed by Dukosi to facilitate the understanding and deployment of their advanced Cell Monitoring System (DKCMS). It is specifically designed to assist battery developers and management system architects in exploring the system's capabilities effectively. With an intuitive software environment that enables quick setup, the kit allows users to establish a fully operative cell network within minutes. Included in the DK8x02 Evaluation Kit are essential components such as the Cell Monitor boards and a System Hub, enabling the connection and management of up to 216 monitors. The kit also comes equipped with necessary cables for comprehensive connectivity. Its powerful graphical user interface allows for detailed insights through a digital-twin representation of the battery configuration, making it a potent tool for development and testing. From the initial evaluation of compatibility and functionality to the design and proof of concept, the DK8x02 Evaluation Kit supports accelerated market readiness of battery innovations. It empowers developers to troubleshoot, optimize, and eventually integrate Dukosi's breakthrough technology, reducing time-to-market and development costs significantly.
The Dukosi Cell Monitoring System (DKCMS) is at the forefront of revolutionizing the monitoring of battery systems at the cell level. This system is meticulously designed for high-performance batteries, integrating a DK8102 Cell Monitor on each cell which meticulously gathers precise voltage and temperature data. These monitors employ Dukosi's proprietary C-SynQ® protocol for seamless communication, transmitting data to a System Hub through a single bus antenna via near-field RF technology. Placed typically on the same PCB as the BMS host processor, the System Hub interfaces via the DKCMS library ensuring robust and power-efficient operations. The distinctive value of DKCMS lies in its scalable architecture. Capable of integrating with up to 216 cells, it supports the formation of expansive battery packs and allows for flexibility at the cell level without necessitating a comprehensive redesign. This intrinsic flexibility makes it a versatile system that can cater from the nuances of electric vehicle applications to utility-scale energy storage systems, providing improved uptime and a streamlined assembly process. By ensuring reliable and deterministic communication within safety-critical environments, DKCMS maintains advanced levels of efficiency and safety performance. Additionally, the system's ability to manage the complexity of communication between numerous nodes securely amplifies its utility, making it a cornerstone of future-proof and sustainable battery technologies.
The DKCMS Core is a robust solution that stands at the heart of Dukosi's cell monitoring technology. Designed to enhance high voltage battery systems, this innovative core encompasses Cell Monitors and a System Hub, coupled with Dukosi's API running on the BMS Host. The dynamic system leverages the proprietary C-SynQ® protocol within near-field RF communication, facilitated by a singular bus antenna, to transmit synchronized, accurate data to the main BMS processor. Each Cell Monitor in the DKCMS Core is equipped to perform high-accuracy voltage measurements and multiple temperature readings, ensuring optimal monitoring of each cell. This comprehensive monitoring enhances battery pack efficiency and safety, offering real-time insights through passive balancing mechanisms and fault reporting. The inclusion of lifetime cell data storage further extends its capabilities, providing unmatched traceability. The System Hub within DKCMS Core serves as the central node, managing secure, contactless communication to the Cell Monitors using adaptive channel hopping and providing responsive diagnostics. With a standardized SPI connection to the BMS Host and AEC-Q100 qualification, it supports up to 216 cells, ensuring robust performance. The system's architecture is crafted to simplify integration and enhance security, affirming its place as a pioneering solution in high-performance battery monitoring.
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