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The Dukosi Cell Monitoring System (DKCMS™) represents a breakthrough in battery technology, providing enhanced performance, safety, and sustainability for high-capacity battery packs. This system features the Dukosi DK8102 Cell Monitor, capable of measuring precise voltage and temperature for each cell, and uses the groundbreaking C-SynQ® communication protocol. By employing near field RF communication, it synchronously channels data to the DK8202 System Hub, offering a robust and power-efficient solution for complex battery environments. The DKCMS architecture elevates battery monitoring to a new level with its robust contactless communication, enabled through a single bus antenna. This reduces the complexity of traditional wired setups, offering up to twice the reliability and using ten times fewer components. Its configuration ensures simultaneous synchronization of all cell data, crucial for making optimal decisions in safety-critical scenarios. Offering scalability for addressing up to 216 cells, it allows for modular design adjustments, allowing developers to adapt swiftly to market changes. Designed for high-performance environments, this architecture provides significant cost benefits and accelerates time-to-market for battery manufacturers. The system significantly simplifies design processes by allowing cells to be added or removed individually without necessitating an entire pack redesign. The DKCMS can be seamlessly adapted to various market terrains, from electric vehicles to stationary energy storage systems, providing assured robustness and enhanced uptime.
The DK8x02 Evaluation Kit (EVK) serves as a powerful tool for developers aiming to harness the capabilities of the Dukosi Cell Monitoring System (DKCMS™). This kit is designed for fast, efficient setup, providing the components needed for developing next-generation battery management systems within minutes. Its Windows-based graphical user interface (GUI) aids in visualizing and manipulating the cell network setup, smoothing the transition from unboxing to operational evaluation. Included in the EVK are several components: Cell Monitor boards, a System Hub, and all necessary cables. The kit provides a comprehensive solution, with USB, SPI, balun, and coaxial cables as standard inclusions, allowing for straightforward connectivity and integration with testing environments or existing setups. The evaluation kit focuses on seamless installation and operation, providing developers with the necessary resources to test and validate concept designs effectively. This evaluation tool underscores Dukosi's commitment to simplifying complex development processes, offering intuitive support through thorough documentation and direct company assistance. The DK8x02 EVK is pivotal for verifying system compatibility, optimizing design processes, and ensuring timely and cost-effective project delivery from prototype to market-ready solutions.
The DKCMS Core is an integral component of the Dukosi Cell Monitoring System, offering a comprehensive, contactless cell monitoring solution tailored for high-voltage battery packs. This core system includes Cell Monitors, a System Hub, and the DKCMS Library API, enabling accurate, synchronized cell measurements within battery management systems. The core achieves this through proprietary C-SynQ® communication protocol, utilizing near-field RF between Cell Monitors and the System Hub, allowing for precise data transfer without conventional wiring hassles. The core includes the DKCMS Core Cell Monitor and a System Hub, each bringing advanced functionalities to facilitate efficient cell monitoring. For voltage measurement, the DKCMS Core Cell also incorporates a temperature sensor, capable of using thermistor inputs for precise thermal readings. With configurable operational modes including active, low power, and hibernation, the system ensures efficient power usage while offering features like lifetime data storage and fault reporting. This component enhances battery safety and performance by providing seamless integration and robust connectivity through Dukosi’s C-SynQ® communication protocol. By supporting secure, contactless communication for up to 216 cell monitors through a single RF bus antenna, this configuration supports adaptable battery systems which are easier to manage and integrate, ultimately reducing costs and improving deployment efficiency.
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