As battery systems continue increasing in capacity, energy density, and complexity, manufacturers are seeking more advanced methods to improve battery safety, performance, and lifecycle management. Traditional battery management architectures often rely on extensive wiring harnesses and centralized monitoring systems, creating challenges related to scalability, weight, complexity, and access to cell-level data. To address these requirements, Dukosi has developed its DKCMS™ (Dukosi Cell Monitoring System), a technology platform designed to deliver real-time battery intelligence across electric vehicle and electric aircraft applications.

At the core of the platform is a distributed cell monitoring architecture that enables direct monitoring of individual battery cells. The DKCMS™ technology utilizes contactless communication to collect operational data from every cell within a battery pack, providing continuous visibility into critical parameters such as voltage and temperature while eliminating the need for traditional daisy-chain communication wiring between cells.

A major technical advantage of the system is its ability to simplify battery pack architecture while improving access to high-resolution battery data. By reducing communication harness complexity and enabling monitoring at the cell level, the platform supports scalable battery designs across different battery pack sizes and configurations. The architecture is designed to provide detailed operational insights to optimise battery utilisation and overall system performance.

The technology also supports enhanced battery safety and reliability through continuous monitoring of individual cell conditions. Access to cell-level information allows battery management systems to identify performance variations, detect potential issues earlier, and improve battery health assessment throughout the operational life of the battery pack. The platform is designed to support key battery management functions including state-of-charge (SoC) and state-of-health (SoH) analysis while improving overall battery visibility.

Beyond real-time battery operation, Dukosi highlights the role of battery intelligence throughout the entire battery lifecycle. The DKCMS™ platform is designed to create a digital record of battery performance data from manufacturing through vehicle operation and potential second-life applications. This approach supports battery traceability, lifecycle management, maintenance planning, and more informed decision-making across battery ecosystems.

The technology is designed for applications across electric vehicles and emerging electric aircraft platforms, where battery safety, weight optimization, reliability, and real-time cell-level visibility are critical requirements. By combining contactless communication, distributed cell monitoring, battery traceability, and lifecycle intelligence, Dukosi’s DKCMS™ platform is designed to support next-generation electrified transportation systems requiring higher levels of battery transparency, safety, and performance optimization.

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About Dukosi

Dukosi is headquartered in Edinburgh, Scotland, and develops advanced battery monitoring and battery intelligence technologies for electrified transportation and energy storage applications. The company specializes in contactless communication architectures, cell monitoring systems, and battery data solutions designed to improve battery safety, performance, traceability, and lifecycle management across electric vehicle, electric aircraft, and energy storage markets.