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Faraday is an application which queries button cell data from a data warehouse, and renders charts on a user interface, enabling users to explore and receive insights from data. These charts illustrate the performance of various button cells as they undergo impedance, pulse width modulation, and potentiostatic tests.

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IdahoLabResearch/Faraday

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Faraday

Faraday is a high-temperature electrolysis data visualizer with applications in button cell research.

This full-stack application establishes connections to the INL DeepLynx data warehouse, and reads button cell data into charts on a user interface.

Further, Faraday transmits button-cell data to a server application where electrochemical impedance spectroscopy libraries return analyses on distribution relaxation times, sigmoid regressions, and others under development.

Faraday users can compare two button cells by adding them to a comparison module, and generating reports to visualize their performance side-by-side.

Alpha Release

This software is in alpha. Presently it requires access to a DeepLynx development environment only accessible through the Idaho National Laboratory.

Future releases (2025) will further develop this software, and deploy it on the internet.

Research Contacts

Principle Investigator

Micah Casteel [email protected]

Scientific Computing and AI

Nathan Woodruff [email protected]

Hydrogen and Electrochemistry

Nick Kane [email protected]

Jeremy Hartvigsen [email protected]

Cite Me

Woodruff, N., Casteel, M., Kane, N., Hartvigsen, J., & Folks, D. (2024). Faraday. GitHub. https://github.com/IdahoLabResearch/Faraday

Developers

This software was developed by the following contributors

Nathan Woodruff

Drake Folks

About

Faraday is an application which queries button cell data from a data warehouse, and renders charts on a user interface, enabling users to explore and receive insights from data. These charts illustrate the performance of various button cells as they undergo impedance, pulse width modulation, and potentiostatic tests.

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