Smart Transport

Data sharing on EV battery health is essential

Charley Grimston, MD of Altelium

Data sharing on EV battery health is fundamental to developing the energy circular economy, says Charley Grimston, MD of Altelium.

While celebrating the electric vehicle (EV) today on World EV Day (September 9), we must also use the day to think about how we enable the rest of the new circular economy to ensure we get the most out of both the environmental and economic opportunities created by these new technologies.

The key ingredients in an EV battery, including lithium and cobalt, are hard to mine, and come via a challenging supply chain.  

Happily, they are not consumed when either storing or releasing energy unlike fossil fuels.

However, their performance is slowly degraded, so we must seek to understand this process and maximise performance and utility in their first and second lives, before recycling them for a further generation of uses back at their peak performance.

This creates a circular economy which is about to get dramatically larger and more exciting.

Data is fundamental to achieving this.

Altelium is working with diverse stakeholders to ensure that data flows to where it is needed to unlock the potential of this new economy, while respecting and protecting the commercial interests of each link in the supply chain.

While each stage in the lifecycle helps the planet, it also creates value.

Data is the glue that holds it together.

Altelium collects this data and uses its expertise to turn it into the useful information.

This underpins Altelium’s warranty and insurance products which facilitate the finance, confidence and value of all the products and businesses in each part of this circular economy.

In order to use the battery from EVs in second life situations, it is essential to know its state of health (SOH) and the performance history of the individual battery cell.

Armed with accurate data from the cells we are able to identify the healthiest ones and use them in applications such as stationary storage.

Data will also ensure that any cells not fit for second life uses can be processed as part of an efficient recycling system.

These systems are being developed by many interested parties worldwide, targeting at least a 95% recovery and reuse of materials.

So let’s use today as a rallying call to share data and build our new EV car industry around the data which will help us prosper as we develop the energy circular economy. 

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