White-box battery models to accelerate product development
Reduce development time. Save resources. Innovate faster.
- Interrogate parameter sets & explore model architecture
- Enabling virtual design with precise measurement
- Compatible with all major design software platforms
- No subscription fees
WORKING WITH LEADERS IN THE BATTERY INDUSTRY
Electrical Model
Electrical models 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 Model
Thermal models predict heat flow and the resulting temperature distribution. Our spatially resolved thermal models can capture the impact of cooling strategy and predict cell temperature away from the cell surface.
Electrochemical Model
The most advanced physics-based models on the market. These model the processes occurring throughout the cell, offering deep insight into battery physical states, unlocking optimisation opportunities.
Case Study: Porsche
CEO Gavin White's presentation on how we collaborated with Porsche, providing them an electrochemical model that they are able to utilise for fast-charging and degradation analysis.
FAQ
NovaWave
SparkVibe
are
QuantumFl
Tranqui
PrismCraft
ms
InfinityGe
Sculpty
StarGaze
OptiBlend
Rawland
Autono
Tripo
Our Models & Data
Patented battery technology developed at top UK universities
The Status Quo
Sparse & complex manufacturer data
Manufacturers often don't provide transparent data. This hinders effective use in cell selection, pack design, and battery management.
Manufacturers often don't provide transparent data. This hinders effective use in cell selection, pack design, and battery management.
Time-consuming & redundant
Acquiring essential data like electrical performance and degradation is time-consuming and often duplicated across the industry.
Acquiring essential data like electrical performance and degradation is time-consuming and often duplicated across the industry.
Black-box models
Internal workings of the model are hidden, this makes it hard to understand how inputs are processed or how results are generated.
Internal workings of the model are hidden, this makes it hard to understand how inputs are processed or how results are generated.
With About:Energy
Transparency & control
Look under the hood. We provide full visibility into the model’s inner workings allows engineers to understand, trust, and modify it as needed.
Save time & resources
Boost your in-house capabilities. Having models and digital twins can cut your battery development time by 70%.
White-box models
Access underlying physics and mathematical equations. Gain clearer insights enabling faster problem-solving and optimisation.
Battery development is long & hard —
but it doesn't have to be.
Learn
Get the latest battery insights with our recorded conferences
Design Tools
Predict performance of your system at module or pack level
Analyse
Explore battery chemical composition and anatomy
Free Learning Resource:
The Voltt
Request a model, learn from battery experts, use web tools to design packs, predict lifetime or explore cell anatomy.
Integrates seamlessly with (and many more):