Welcome to Ionworks Studio, the web platform for electrochemical modeling and simulation of battery cells. Our goal is to provide a powerful and collaborative environment for battery engineers and researchers to design, analyze, and optimize battery performance. This documentation will guide you through the core features and concepts of Ionworks Studio.

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Core Concepts

To get started, it’s helpful to understand the key concepts that form the foundation of Ionworks Studio.

Cells

Define the fundamental properties of your battery cells.

Projects and Studies

Organize your research and investigations.

Models

Create and use electrochemical models to power your simulations.

Simulations

Run simulations and visualize results.

Universal Cycler Protocol

Define complex experimental cycles using a universal language.

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Getting Started

Ready to dive in? Our Quickstart guide will walk you through the process of running your first simulation.

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Dive Deeper with our Python Libraries

For users who want to programmatically interact with Ionworks Studio and develop their own parameterization workflows, we offer powerful Python libraries.

Ionworks Battery Parameter Pipeline

A library for parameterizing electrochemical battery models from experimental data.
For fully customizable battery modeling capabilities, explore PyBaMM:

PyBaMM

An open-source battery modeling framework co-developed by the Ionworks team, offering powerful tools for electrochemical modeling and simulation.