What is it?
An electrical model simplifies cell internal phenomena into equivalent circuits, aiding in battery performance estimation, including voltage, current, power, and thermal characteristics. It's computationally efficient and user-friendly.
Why use it?
Applications include performance prediction, state estimation, design optimization, model-based control, and battery diagnosis, facilitating accurate, cost-effective research, development, and optimization in battery engineering and product development.
Why us?
About:Energy provides electrical models for many commercial cells immediately, and on request, delivers specific models within weeks, helping you reduce your time to market for critical battery projects.
Choose your balance
Begin by selecting the appropriate electrical model type that best balances efficiency with accuracy. You can tailor the model to your specific needs and objectives.
SELECT
Streamline development
Incorporate the chosen model into your existing workflow. This step enhances battery development processes by facilitating more streamlined and efficient practices.
INTEGRATE
Simulate and understand
Use the model to delve into specific use cases, simulating battery behaviors under various conditions. This application helps in comprehending and predicting battery performance in real-world scenarios.
APPLY
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What is it?
An electrical model simplifies cell internal phenomena into equivalent circuits, aiding in battery performance estimation, including voltage, current, power, and thermal characteristics. It's computationally efficient and user-friendly.
Why use it?
Applications include performance prediction, state estimation, design optimization, model-based control, and battery diagnosis, facilitating accurate, cost-effective research, development, and optimization in battery engineering and product development.
