Charging Interface Initiative

Volvo Cars calls on automotive industry to standardise electric car charging.

The Luxonomist. 05/04/2016

Volvo Cars believes the global automotive industry should strive towards the introduction of a standardised charging infrastructure for electric cars, says Dr Peter Mertens, the company’s Senior Vice President for Research & Development. To support this drive towards a global standard for electric car charging, Volvo Cars has decided to throw its weight behind the Charging Interface Initiative, a consortium of stakeholders that was founded to establish their Combined Charging System (CCS) as the standard for charging battery-powered vehicles.

Volvo 4
Volvo Cars. Click for more information

Volvo Cars is one of the leading makers of plug-in hybrid cars and will offer a plug-in hybrid variant of every new model as it replaces its entire product portfolio in the coming years. It will introduce a fully electric vehicle by 2019, based on its modular SPA vehicle architecture. In order to cement the increasing popularity of electric vehicles and ensure that customers fully embrace the technology, Dr Mertens argues that a simple, standardised, fast and global charging infrastructure is needed.

Volvo 2
Volvo Cars. Click for more information

“We see that a shift towards fully electric cars is already underway, as battery technology improves, costs fall and charging infrastructure is put in place,” said Dr Mertens. “But while we are ready from a technology perspective, the charging infrastructure is not quite there yet. To really make range anxiety a thing of the past, a globally standardised charging system is sorely needed.”

Volvo 3
Volvo Cars. Click for more information

The Combined Charging System, which will offer both regular and fast-charging capabilities, makes electric car ownership increasingly practical and convenient – especially in urban environments, which are ideal for electric vehicles. It combines single-phase with rapid three-phase charging, using alternating current at a maximum of 43 kilowatts (kW), as well as direct-current charging at a maximum of 200 kW and the future possibility of up to 350 kW – all in a single system.

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