Battery Materials Innovation

Bring Virtual and Real Worlds Together to Develop Next-Gen Batteries

Powering Next-Gen Batteries

In today's world, the demand for clean, efficient, and sustainable energy is growing rapidly. The development of next generation batteries is crucial to meet this demand and reduce our reliance on fossil fuels. However, creating these innovative batteries is no easy task. It requires cutting-edge research, development, and testing of advanced materials that can enhance battery performance, durability, and safety.

That's where BIOVIA comes in. With its battery materials innovation solution, BIOVIA is at the forefront of powering the next generation of batteries. By leveraging advanced scientific modeling and simulation tools, BIOVIA helps researchers and manufacturers identify and optimize the most promising battery materials for a wide range of applications. Its innovative software solutions enable the design and optimization of battery materials that are not only efficient and high-performing but also safe and sustainable.

BIOVIA's battery materials innovation solution empowers researchers and manufacturers to stay ahead of the curve, accelerate their time-to-market, and reduce costs. With its comprehensive suite of tools, BIOVIA provides a one-stop shop for battery material innovation, from modeling and simulation to testing and validation. Whether you're developing batteries for electric vehicles, renewable energy storage, or other applications, BIOVIA has the expertise and tools you need to succeed in this fast-evolving market.

BIOVIA Battery Materials Contract Research > Dassault Systemes

Virtual Twin Experiences via Contract Research

Dassault Systèmes' Contract Research program enables Virtual Twin Experiences based on 3D chemistry software technology, to power our customer’s business-critical scientific innovations. These Virtual Twin Experiences, which allow visualization of chemical systems and simulation of “what/if” scenarios, result in enhanced knowledge and actionable outcomes. Our Contract Research program is almost 30 years young and incorporates the newest technological developments – ranging from reactive modeling to generative AI to multiscale approaches. In the area of battery innovation, Contract Research program offers Virtual Twin Experiences for battery cell design & optimization, manufacturing process improvements, and performance predictions. With strict confidentiality and mutually beneficial IP terms, Contract Research program is perfectly positioned to help our customers accelerate towards next-generation batteries which are lighter, faster, better, cheaper, safer, and more easily recyclable.

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Efficient Modeling and Simulation

BIOVIA's comprehensive suite of tools for scientific modeling and simulation enables researchers and manufacturers to explore battery cell materials at a lower cost, understand battery performance and the underlying mechanisms of materials behaviors, identify chemical interactions for enhanced property design, and predict material properties faster and more accurately.

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Battery Modeling and Simulation > Dassault Systemes

Battery Testing and Analytics > Dassault Systemes

Effective Testing and Analytics

BIOVIA's effective testing and analytics solution streamlines your battery material innovation process by increasing testing efficiency, improving material design, and simplifying workflows and collaboration. Our cutting-edge technology allows for more targeted physical testing through simulation, leverages machine learning models, and integrates and traces data.

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Optimal Formulation and Lab Management

With real-time data access to materials information and lab experiments, powered by BIOVIA's lab informatics solutions, scientists can accelerate formulation screening by 80%, boost the success rate from focused experiments by 65%, and increase lab productivity by 40%.

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