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The DK8x02 Evaluation Kit (EVK) is an instrumental tool for battery developers and BMS designers, providing a platform to evaluate Dukosi's Cell Monitoring System (DKCMS). With ease of setup and user-friendly software, the EVK quickly establishes a comprehensive cell network, allowing developers to explore the system's capabilities within minutes. This evaluation kit includes a cell monitor board for each battery cell, alongside a system hub that manages communication for up to 216 cell monitors. This setup includes all necessary cables and a software GUI, offering a digital-twin representation of the battery configuration. This setup simplifies the testing and integration process, streamlining the initial stages of product development. Developers use the DK8x02 EVK to gain insights into the functionality and performance of DKCMS, facilitating the design and integration of new battery systems. Throughout development, the EVK supports rapid debugging and optimization, enabling developers to efficiently tackle challenges and advance projects from proof of concept to market-ready solutions with heightened speed and reduced costs.
The Dukosi Cell Monitoring System (DKCMS) is a revolutionary solution for high-performance battery systems, featuring innovative technology that enhances battery safety, performance, and sustainability. A core component, the Dukosi DK8102 Cell Monitor, is installed on each battery cell, facilitating precise voltage and temperature data collection. Leveraging Dukosi's proprietary C-SynQ communication protocol, this data is transmitted via near-field RF to a Dukosi DK8202 System Hub, which typically shares a PCB with the BMS host processor. This setup is engineered for robust power-efficient operations in high-performance battery applications. Designed for intricate battery environments, the DKCMS offers a groundbreaking contactless communication system. Unlike traditional wired systems, Dukosi's C-SynQ ensures reliable, secure data transmission with minimal components, eliminating complex wiring and potential points of failure. The system supports scalability, allowing it to manage up to 216 cells, thus proving adaptable to both small and large-scale battery deployments. This flexibility aids manufacturers in efficiently adjusting to market shifts without redesigning systems. The DKCMS offers advanced features such as deterministic communication, facilitating optimal decisions by the BMS even during dynamic power shifts. This approach not only simplifies battery design but also enhances security and operational reliability. The near-field communication aspect is particularly beneficial for maintaining high data integrity and network performance, making DKCMS a robust choice for electric vehicles and large-scale energy storage solutions.
The DKCMS Core serves as the engine for Dukosi's cell monitoring solutions, offering a comprehensive, contactless approach to high voltage battery monitoring. Comprising Cell Monitors, a System Hub, and an API running on the BMS host processor, this system allows precise, on-cell metric collection, which is then communicated to the BMS via the System Hub using Dukosi's C-SynQ protocol. The Core enables high fidelity per-cell voltage and temperature assessments, while additional inputs allow for external temperature measurements, enhancing the robustness and accuracy of data utilization. In the realm of safety and efficiency, the DKCMS Core supports passive cell balancing and fault management, contributing to prolonged battery health and longevity. A key feature of the Core system is its adaptability, with support for large arrays of up to 216 Cell Monitors. This level of scalability allows for significant design flexibility, catering to varying battery architecture needs from automotive to stationary storage applications. By eliminating wired connections, the system offers enhanced durability and ease of maintenance, aligning with industry reliance on robustness and operational simplicity.
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