Thanks to cell manufacturing partnerships and academic partners, we are able to develop and test battery control strategies from the understanding of active material through cell construction, module integration and cooling.


MAXIMUM PERFORMANCE
We are able to implement advanced characterisation and modelling techniques to extract the maximum performance from battery packs without sacrifices to lifespan. Through this, we collect much more data in the experimental phase, improving modelling outcomes and the final product for our customers. The flexible development allows for accelerated testing giving us a much better understanding of the performance of our batteries long before they reach a vehicle.


VOLUME BATTERY MANUFACTURING
Our dedicated manufacturing facility at Silverstone is ISO 9001 certified and contains state-of-the-art equipment capable of producing up to 30MWh per year, which can be expanded for larger volumes. We use special ultrasonic, pulse arch welding and wire bonding techniques to ensure strong, reliable bonds are formed between critical components.
RESEARCH AND DEVELOPMENT
We have developed our own cell characterisation methods in-house to fully unlock cell potential. This is one of the services we provide, as part of a battery system development, that sets us apart from our rivals, allowing us to exploit cells maximum capabilities within safe operating parameters.
Our on-site multi-channel cell, module and pack cycling enables us to analyse electrical and thermal degradation characteristics at full performance as well as validating our products against industry drive cycles and customer specific requirements.
From our learnings we can then develop highly accurate and efficient mapping utilised in our battery management systems.




RESEARCH AND DEVELOPMENT
We have developed our own cell characterisation methods in-house to fully unlock cell potential. This is one of the services we provide, as part of a battery system development, that sets us apart from our rivals, allowing us to exploit cells maximum capabilities within safe operating parameters.
Our on-site multi-channel cell, module and pack cycling enables us to analyse electrical and thermal degradation characteristics at full performance as well as validating our products against industry drive cycles and customer specific requirements.
From our learnings we can then develop highly accurate and efficient mapping utilised in our battery management systems.
Case studies
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The UK Automotive Battery Supply Chain Project
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