Products
Electrical models are the most versatile and widely used battery model. They predict the key cell-level quantities such as the voltage-current relationship and cell heat generation. Their blend of accuracy, flexibility, and speed makes them useful for a wide range of applications.
Thermal models predict heat flow and the resulting temperature distribution. Batteries generate heat, and are very sensitive to temperature changes. The result is that heat generated has a significant impact on the electrical/electrochemical properties of the cell - our spatially resolved thermal models can capture the impact of cooling strategy and predict cell temperature away from the cell surface.
Electrochemical models are physics-based, modelling the electrochemical processes occurring throughout the cell such as lithium ion transport, diffusion, and kinetics. They offer deep insight into the physical states within a battery, unlocking optimisation opportunities like fast-charging to prevent battery degradation. These models are the most advanced battery models on the market.
Degradation models are often prohibitively expensive and time consuming to create. These models enable you to predict for the end of your battery life. We also have degradation data available.
About:Energy's web-based platform for cell selection. Get evidence-based insight at the earliest stage of product development, enabling faster, lower-risk and right-first-time engineering.
