We have developed a specialized model for phase-separating materials such as LFP, LCO, LTO, and graphite. This advancement enables researchers and engineers to simulate and analyze LFP battery performance with enhanced accuracy and efficiency.

Key Features of the Ionworks LFP Model

• Accurate Electrochemical Simulations: Our model captures the unique electrochemical properties of LFP, providing precise simulations of charge/discharge cycles, voltage profiles, and capacity fade over time.

• Thermal Behavior Analysis: Understand the thermal characteristics of LFP cells under various operating conditions to ensure safety and optimize thermal management systems.

• Customizable Parameters: Adjust variables such as particle size, electrode thickness, and electrolyte composition to tailor the model to specific LFP battery designs.

Applications and Benefits

Incorporating the LFP model into the Ionworks platform allows for:

• Enhanced Battery Design: Optimize cell and pack configurations for applications requiring high safety and longevity.

• Performance Prediction: Accurately forecast battery behavior under different load conditions and usage scenarios.

• Accelerated Development Cycles: Reduce reliance on extensive physical prototyping by leveraging simulation data, thereby saving time and resources.

For more detailed information check out our blog post on Battery Design

Get in touch for access to the model!