Xilectric, Inc.
Developer of an integrated hardware–firmware–software battery analytics platform. The company focuses on electrochemical measurement techniques and embedded analytics to accelerate single-cell characterization, provide module- and pack-level diagnostics, and generate data for predictive models and validation workflows. It offers project-based partnerships and a modular testing ecosystem for R&D, manufacturing qualification, grid storage, EV, and second-life battery use cases.
Industries
N/A
Nr. of Employees
small (1-50)
Products
Integrated battery analytics platform (hardware, firmware, software)
An integrated testing ecosystem combining reconfigurable hardware, embedded firmware analytics, and software workflows to produce electrochemical metrics for rapid characterization, diagnostics, and predictive modeling.
Integrated battery analytics platform (hardware, firmware, software)
An integrated testing ecosystem combining reconfigurable hardware, embedded firmware analytics, and software workflows to produce electrochemical metrics for rapid characterization, diagnostics, and predictive modeling.
Services
Project-based engagements providing access to engineering, customized analytics, and priority access to new capabilities under a modular, scalable pricing model.
Project-based engagements providing access to engineering, customized analytics, and priority access to new capabilities under a modular, scalable pricing model.
Expertise Areas
- Battery diagnostics and testing
- Electrochemical measurement techniques
- Battery R&D support and rapid characterization
- Pack-level monitoring and diagnostics
Key Technologies
- Cyclic coulometry
- Electrochemical measurement and impedance analysis
- Firmware-level embedded analytics
- Modular test hardware platforms
News & Updates
Patents for a cyclic coulometry electrochemical measurement method reported issued in multiple jurisdictions (including Japan). The method is described as enabling direct measurement of aging trajectories in about 24 hours.
Patents for a cyclic coulometry electrochemical measurement method reported issued in multiple jurisdictions (including Japan). The method is described as enabling direct measurement of aging trajectories in about 24 hours.