Laura brings a wealth of financial expertise and a successful track record in navigating technology market volatility, fortifying...

Generating Battery Pack Concepts for eVTOL Aircraft Propulsion using Voltt ‘Design’ Developing high-performance eVTOL battery packs is a...

About:Energy, University of Portsmouth, and University of Southampton have entered a technology licensing agreement to advance battery...

Eatron Technologies and About:Energy to develop first-of-its-kind AI-powered decision-engine for battery management systems (BMS). UK...

Former Jaguar Land Rover and Group Renault CEO appointed as Director of About:Energy. Founded in 2021, About:Energy is pioneering the...

When engineers are faced with thousands of lithium-ion cell options, and more launching every month, selecting the best battery cell for a given application becomes increasingly complex. Whether you’re comparing the Molicel P60B vs P50B for high-power automotive systems or weighing the Amprius SA88 vs Inobat E10 for next-generation aerospace applications, more choice doesn’t always lead to better outcomes.

Speeding up the shift to electric vehicles and embracing the new era of automotive development The automotive industry is undergoing a...

About:Energy launches a new product to understand battery supply chains. ‘Analyse’ presents crucial data for stakeholders, providing...

The Tesla Model Y lithium-ion cell has been one of the most talked about batteries in the industry since the concept was launched by Tesla in May 2020 . At launch, the Model Y cell seemed years away from mass production but, as of today, Tesla is selling vehicles on the mass market, powered by their revolutionary technology. The concept of the Model Y cell is likely to have an enormous bearing on the future of energy storage, in and beyond the transport sector. As Musk put i

Explore About:Energy’s case study on the Molicel P45B (also known as Molicel P45B INR21700) battery cell. The article examines its role in powering record-breaking electric vehicles like the McMurtry Spéirling and highlights key insights into thermal performance, system design, and battery testing for high-performance applications.

In April 2021, About:Energy was formed to translate world-leading research out of UK Universities to solve challenges within industry....

“About:Energy’s technical team supported us in simulating the thermal behaviour of an air-cooled variant of our battery pack – enabling...

About:Energy secures £1.5 million investment, including participation from HighSage Ventures, Vireo Ventures, OakNorth Bank CEO Rishi...

Why we built this Over the last few months since launching the Voltt in London, we’ve spoken to dozens of customers and gathered...

We have collaborated with ThermoAnalytics to demonstrate how the Voltt database can be used with 3D thermal simulation software TAITherm.

Leverages UK government investment in battery innovation, putting it at the forefront of modelling and characterisation. The Voltt will...

The UK Government’s Faraday Battery Challenge has awarded funding for a £1m project led by About:Energy to develop advanced models to...

About:Energy, a start-up founded from battery research at Imperial College London and the University of Birmingham, has closed its...

About:Energy, a startup co-founded by researchers at Imperial College London and the University of Birmingham, has launched to...