Avoid Costly Battery Testing Mistakes

Verify your cycler protocols before running your experiments to save time and resources.

Protocol Errors Waste Time and Resources

Protocol Errors Waste Time and Resources

Protocol Errors Waste Time and Resources

Protocol Errors Waste Time and Resources

Did you know that 5-15% of battery testing experiments are configured incorrectly? Whether it’s an incorrect current or voltage limit, a misplaced loop pointing to the wrong step, or other small errors in your protocol, these mistakes can cause days of lost work, wasted resources, and unreliable data.


Many researchers and engineers try to work around this by using "throwaway cells" with shorter test steps to verify their procedures. But let’s face it: this approach is time-consuming, doesn’t always catch every error, and increases your workload. You deserve a better solution.

A Smarter Way to Verify Your Protocols

A Smarter Way to Verify Your Protocols

A Smarter Way to Verify Your Protocols

A Smarter Way to Verify Your Protocols

Enter the Battery Protocol Simulator: a tool designed to eliminate the guesswork and frustration in verifying your cycler protocols. By simulating your test procedure before running it on your hardware, you can quickly identify errors and avoid costly mistakes.

Upload your protocol file

The tool supports Maccor and Neware protocol files, with support for Arbin, BioLogic, and Novonix coming soon.

Upload your protocol file

The tool supports Maccor and Neware protocol files, with support for Arbin, BioLogic, and Novonix coming soon.

Upload your protocol file

The tool supports Maccor and Neware protocol files, with support for Arbin, BioLogic, and Novonix coming soon.

Upload your protocol file

The tool supports Maccor and Neware protocol files, with support for Arbin, BioLogic, and Novonix coming soon.

Run a simulation

The simulator processes your file and provides detailed feedback on how your experiment will run.

Run a simulation

The simulator processes your file and provides detailed feedback on how your experiment will run.

Run a simulation

The simulator processes your file and provides detailed feedback on how your experiment will run.

Run a simulation

The simulator processes your file and provides detailed feedback on how your experiment will run.

Verify Outputs

Ensure your current limits, voltage ranges, and step sequences are correct before testing real cells.

Verify Outputs

Ensure your current limits, voltage ranges, and step sequences are correct before testing real cells.

Verify Outputs

Ensure your current limits, voltage ranges, and step sequences are correct before testing real cells.

Verify Outputs

Ensure your current limits, voltage ranges, and step sequences are correct before testing real cells.

Run your first virtual battery test today

Simulate, iterate, and validate your cell configurations with no lab time required.

Accelerate your battery innovation

Ionworks Technologies Inc. All rights reserved.

Run your first virtual battery test today

Simulate, iterate, and validate your cell configurations with no lab time required.

Accelerate your battery innovation

Ionworks Technologies Inc. All rights reserved.

Run your first virtual battery test today

Simulate, iterate, and validate your cell configurations with no lab time required.

Accelerate your battery innovation

Ionworks Technologies Inc. All rights reserved.

Run your first virtual battery test today

Simulate, iterate, and validate your cell configurations with no lab time required.

Accelerate your battery innovation

Ionworks Technologies Inc. All rights reserved.