In the former, we can exploit graphene additives that increase the power performance of LIBs. It is important to tackle this challenge from different fronts, covering both technological and performance optimisation as well as more fundamental concepts. One avenue of research that could create the batteries of the future is the use of new materials advanced types of carbon, such as graphene. In addition, safety, recyclability and environmental impact must always be considered carefully. The ideal battery would have more charge cycles, longer life-span, faster recharging, higher energy density and lower cost than today’s LIBs on the market. But, even today’s state-of-the-art lithium-ion batteries (LIBs) have their limitations. They enabled the development of everything from mobile devices to renewable energy generation, as well as EVs. Here we explore some of the latest graphene-based battery technology across different industries.īatteries are one of the key innovations that define the current technological era. Thankfully, Europe’s leading scientists are researching ways to improve battery life and performance.

So much so, in fact, that the term range anxiety has been coined, a name for the specific fear that your EV won’t reach its destination before running out of power. But there is a limiting factor – batteries. With many other big names, from Volvo Cars to Ford, implementing similar strategies, electric vehicles (EVs) look set to revolutionise our roads.

Automotive brand Jaguar recently announced that, from 2025, it will only sell electric cars. By 2030, it is expected that over 50% of cars produced will be partly or wholly electric.

Sulfur charge