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IONITY Reveals Pan-European Charging Network Concept

IONITY reveals Pan-European charging network concept…


IONITY has revealed the first design concept of it high-speed electric car charging network that will be launched throughout Europe in the coming years.

The company, a joint venture of the BMW Group, Daimler, Ford and Volkswagen Group, plans to build 400 stations, each with a capacity up to 350 kW, by 2020.

The charging network is expected to play a key role in the expansion of EVs throughout the continent, particularly amid increased clean-energy European regulations that are set to come into force early next decade.

“Our charging station design concept is a clear signal to our shareholders, partners and customers alike that this is the shape of things to come,” said company Chief Operating Officer Dr. Marcus Groll.

Work on the first 20 stations began last year, with up to 100 stations set to be completed by the end of 2018.




John Dagys is the founder and Editor-in-Chief of e-racing365. Dagys, who launched the industry-leading Sportscar365 in 2013, spent eight years as a motorsports correspondent for Channel, and contributes to other publications worldwide. Contact John



  1. Old Trombone

    March 9, 2018 at 11:07 am

  2. Old Trombone

    March 9, 2018 at 11:08 am

    Scientists have created the world’s first rechargeable proton battery, a crucial step towards cheaper and more environmentally-friendly energy storage.

    While the battery is just a small-scale prototype, it has the potential to be competitive with currently available lithium-ion batteries.

    The rechargeable battery, created by researchers at RMIT university in Melbourne, uses carbon and water instead of lithium.

    The lead researcher Professor John Andrews said that as the world moved towards renewables, there would be a significant need for storage technologies that relied on cheap and abundant materials.

    “Lithium-ion batteries are great but they rely on ultimately scarce and expensive resources,” he said. “Hydro is also a good technology but suitable sites are limited and the cost may be very high.

    “The advantage is we’re going to be storing protons in a carbon-based material, which is abundant, and we are getting protons from water which is readily available.”

    The battery itself produces no carbon emissions and it can store electricity from zero-emissions renewables.

    Andrews said it could be commercially available within five to 10 years.

    “When it is commercially available, it would be a competitor to the Tesla Powerwall and then eventually we’d hope we might find applications at the scale of the huge Tesla battery [in South Australia] and even larger.”

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