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The Dukosi Cell Monitoring System (DKCMS) is designed to enhance battery system performance by embedding intelligence at the cell level. This innovative system provides a safer, simpler, and more efficient approach to managing high-performance batteries, impacting applications like electric vehicles, industrial transportation, and battery energy storage systems. Each cell within a battery pack is equipped with a Dukosi Cell Monitor, which accurately tracks vital parameters such as voltage and temperature. Through Dukosi's proprietary communication protocol, C-SynQ, the system achieves seamless contactless communications between the Cell Monitors and a central System Hub. This contactless setup eliminates the complexities of traditional wiring harnesses, making the system up to twice as reliable as conventional designs. Furthermore, the scalable architecture allows for seamless expansion by addressing up to 216 individual cells, offering unmatched flexibility in the design and development of battery packs. DKCMS not only simplifies battery design but also bolsters safety by providing real-time, cell-level data insights. The system's architecture supports the integration of sustainable practices into the battery lifecycle, enabling functionality that promotes long-term asset value and system reliability. Its adaptive design caters to diverse market demands, from electric vehicles to utility-scale energy storage systems.
The DK8x02 Evaluation Kit offers a thorough development platform for battery and BMS designers to explore the full potential of the Dukosi Cell Monitoring System (DKCMS). This kit is integral for testing and rapidly bringing to market next-generation battery systems by providing essential tools for initial proof-of-concept stages. Designed for easy setup, the kit includes development software and hardware components like the Cell Monitor board and a System Hub Unit. The intuitive GUI software environment facilitates quick establishment of cell networks, enabling comprehensive visualization and management of battery setup in mere minutes. This approach allows designers to assess the unique benefits of DKCMS and tailor design concepts that meet specific project requirements. The comprehensive documentation and robust support offered with the DK8x02 Evaluation Kit ensure a smooth development journey, from initial setup to advanced debugging. This toolkit empowers developers to streamline processes, optimize designs, and ultimately enhance the adoption of Dukosi's advanced cell monitoring solutions across various battery-powered applications.
The DKCMS Core from Dukosi is a comprehensive, contactless cell monitoring system specifically developed for intricate high-voltage battery applications. This core component of the Dukosi Cell Monitoring System ensures precise data acquisition from each cell, encompassing parameters like voltage with a measurement error as low as ±0.6 mV, and temperature readings via integrated sensors. The DKCMS Core comprises Cell Monitors and a pivotal System Hub, which interacts with the BMS Host utilizing Dukosi’s proprietary C-SynQ protocol. This advanced protocol guarantees robust near-field communication over a single RF bus antenna, simplifying previous complexities associated with traditional battery management systems. The streamlined design reduces the risk of connectivity issues and requires fewer components, significantly enhancing system reliability and ease of installation. Adaptable to manage communication for up to 216 Cell Monitors, the DKCMS Core is constructed to support scalable battery packs tailored for dynamic market requirements. Its compatibility with various operational modes ensures energy efficiency, while active fault reporting systems enhance safety. The Core's embedded AEC-Q100 qualified components underscore its suitability for automotive and high-demand industrial applications.
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