Our battery data platform offers tiered subscriptions, allowing customers to choose the level of access and features that best suit their needs.
Browse our cell library, download state-of-the-art battery models or use our web-tools to design packs, compare cells, predict battery lifetime or explore cell anatomy.
The Voltt streamlines the battery design process. It cuts down cell selection time in applications from months to days with our broad library of commercial cells.
Repeated physical prototyping requires large investments. Our offerings reduce the validation process and hence the amount of prototyping required.
Patented & protected IP
Our patented thermal measurement method & technology ensures precise and reliable data on battery performance, setting a new standard for accuracy in the industry.
We deliver unparalleled accuracy in battery data making us world-leaders in battery modelling.
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Our white box approach
We take a "white-box approach" empowering users with a clear understanding of how our models work and where the data comes from.
Our models are designed to seamlessly integrate into your existing workflow.
Our platform provides users with access to a wide variety of battery models, including cylindrical, pouch, and prismatic cells. This allows users to easily compare and analyse different battery types and make informed decisions about which cells are best suited for their specific needs.
Unlike traditional black box solutions, which hide the underlying models and inputs, the Voltt allows users to see inside the models. This transparency enables users to understand how our models work. The ability to see inside the models allows users to gain full insights on their batteries performance and make data-driven decisions.
The Voltt is designed to seamlessly integrate into your existing workflow. We understand the importance of accuracy and efficiency in battery analysis, and our platform is tailored to provide high-accuracy battery models, without disrupting your current software systems. Our platform is flexible and adaptable, making it easy to use, and a valuable addition to your team's toolkit.
Empirical models that predict the voltage-current behaviour of a battery
Physical models that predict how the battery heats up and cools down
Physical models that predict the voltage-current behaviour and the internal state (chemistry) of a battery
Empirical and physical models that predict changes in battery performance and behaviour due to ageing (cumulative use and shelf-life)
Information on composition, cost and carbon footprint for different batteries
Off-the-shelf models for pre-commercial batteries where the client owns the data