Continental automates charging of electric vehicles and makes them a mobile power bank at CES 2018


"¢ In Las Vegas, the technology company is showcasing an inductive charging system which will permit fully automated battery charging without cables. "¢ Another revolutionary system from Continental is AllCharge™, which enables electric vehicles to use any charging station, fill up with enough power for 190 miles in ten minutes, and "“ without accessories "“ deliver AC power for tailgate parties or power tools.


Many drivers have long dreamed of the day when charging an all-electric or plug-in-hybrid electric vehicle would be as easy as refueling a conventional model. Now the wait is over, as Continental will be demonstrating at the Consumer Electronics Show (CES, January 9 to 12, 2018) in Las Vegas. At CES the technology company will present two new battery charging systems, both of which help to maximize the inherent advantages of electric vehicles.

Designed for ultimate convenience, Continental's automatic wireless charging system transfers charging power inductively, which means that drivers no longer have to grapple with a cable. This system is accompanied by a new Continental micro navigation solution that allows the vehicle to be positioned precisely over the ground-based charging pad. In the future, further advances in the field of semi-automated driving technology will make it possible to do this without any driver action.

The second innovative system from Continental "“ AllCharge "“ has the potential to revolutionize cable-based charging. The AllCharge system eliminates the driver apprehension of finding a compatible charging station. AllCharge technology can utilize any charging point, whatever the charging rate, type of current or voltage level. As well as being flexible and efficient, AllCharge offers a further advantage as it allows the EV to double as a mobile power bank capable of supplying AC power off-board without the need for additional equipment. In this role, the vehicle can be used to provide power for a range of scenarios, from tailgate parties to powering tradesmen's equipment on construction sites.

"Continental offers an unrivaled range of charging technologies developed on the basis of our extensive cross-divisional know-how," said Brian McKay, Director Powertrain Technology & Innovation Continental North America. "The innovative technologies we are showcasing at CES will make charging an electric vehicle simpler, more convenient and more efficient. This means that the widely discussed issue of range anxiety will soon become largely irrelevant. Additionally, to bring additional features to the consumer, our AllCharge system gives electric vehicles the added utility to serve as a mobile energy source."

Wireless, automated charging for maximum convenience

Inductive charging involves transferring charging power wirelessly from a ground-based charging pad to a receiver pad on the underside of the vehicle. Since it is important to locate the vehicle precisely over the ground pad, Continental has developed a micronavigation solution that uses a magnetic location system to position the vehicle up to ten times more accurately than a conventional parking assistant could. Intelligent magnetic field sensors integrated in the ground pad receive signals from the EV and respond by sending sensor data to the vehicle via the vehicle's existing wireless communication interface. The location system, which operates in the long-range frequency band, is capable of precisely detecting the ground pad even when it is covered by a layer of snow or leaves. Charging then takes place fully automatically. Continuous safety monitoring is performed throughout the charging process.

The convenience of this inductive charging system, which is more than 90 percent efficient, means the driver never needs to miss a charging opportunity, however short the available time window. For example, a 20-minute shopping stop can be used to increase driving range by up to 12.5 mi since a charging rate of 11 kW, for which the Continental system is designed, is capable of providing approximately one mile of driving range for every 90 seconds of charging. Additionally, the Continental system will allow the existing charging infrastructure to be used even more efficiently in the future. Future versions of the system will be able to automatically "re-park" automated electric vehicles as soon as charging has been completed. That would allow a succession of vehicles to be charged overnight at a single charging station. International standardization efforts, in which Continental is actively participating, are currently underway aimed at ensuring that any suitably equipped vehicle, regardless of make, will be able to use any inductive charging station.

AllCharge: "Universal pass key" for all charging stations

Cable-based charging involves the conversion of alternating current (AC) from the grid into direct current (DC) that is used to charge the battery. AC/DC conversion takes place either in the charging station itself (DC charging) or on-board the vehicle (AC charging) with the aid of an on-board charger (OBC). The high setup costs for DC charging stations mean that AC charging stations are currently the most widespread type for everyday use. At the same time, however, growing demand for higher charging rates requires ever larger and more expensive on-board chargers. With the AllCharge system, Continental's engineers adopted a completely new approach which is also incredibly simple: instead of cramming even more charging technology into the car, they turned the electric powertrain itself into a "˜charger'. This meant specially adapting the electric motor and the inverter (which is used for converting between DC and AC power) to enable them to support the task of charging, as well. The only extra component involved in this system is a DC/DC converter, which ensures that power flows to the battery at the optimal voltage level at all times. In the case of AC charging, the current flows from the charging station via the electric motor to the inverter, where it is converted into DC current before being supplied to the battery. In the case of DC charging, the current flows directly through the DC/DC converter to the battery.

AllCharge therefore serves as a kind of universal pass key that enables drivers to use any cable-based charging station. Also, since AC charging is no longer affected by the limitations of an on-board charger, if appropriate AC infrastructure is available AllCharge can charge the battery at a rate of up to 43 kilowatts, providing up to 31 mi of driving range in just ten minutes of charging time. At the same time, with the new Continental system, it is also possible to use 400-volt DC fast-charging stations, which can supply up to 94 mi of driving range from ten minutes of charging time. For the same charging duration, premium vehicles with a very large battery can even add up to 190 mi to their driving range by connecting to an 800-volt DC charging station. This brings the charging time closer to the time it takes to refuel a conventional vehicle. Production start is planned for 2022.

Real added value: the EV as a powerful mobile energy source

Due to the high capacity of their batteries, EVs have the ability to double as a power bank. Normally, before an EV with on-board charger can be used in this way, it would first have to be fitted with a power inverter (to convert the DC current into AC current), at a cost of several thousand euros. In contrast, the AllCharge system already comes with pre-integrated with bidirectional capability. And the AC current can be supplied with no upper output limit. The bi-directional capability of the AllCharge system allows the EV to be used as a power source not only in the private sphere but also for tradesmen or mobile service providers, where it offers genuine added utility with the potential to open up new business models. Looking further ahead, this functionality will also make it possible to use electric vehicles as grid-integrated mobile energy stores, enabling them to play a part in the transition to renewable energy.

Continental develops pioneering technologies and services for sustainable and connected mobility of people and their goods. Founded in 1871, the technology company offers safe, efficient, intelligent and affordable solutions for vehicles, machines, traffic and transport. In 2016, Continental generated sales of €40.5 billion and currently employs more than 233,000 people in 56 countries.

The Latest News, Brought To You By
Continental automates charging of electric vehicles and makes them a mobile power bank at CES 2018
Modified on Tuesday 9th January 2018
Find all articles related to:
Continental automates charging of electric vehicles and makes them a mobile power bank at CES 2018
TaaS Technology Magazine
Production Version Of The Aspark Owl Revealed
SafeRide Technologies Named Auto-ISAC Strategic Partner
Chevrolet Menlo EV With 410 Kilometres Range Debuts In China
Free2Move Lease Provides Funding And Telematics Package For Maxxis Tyres
Blue World Technologies Signs Strategic Cooperation Agreement With AIWAYS
Audi Expands Its Mobility Offering Audi On Demand In Germany
Smart Eye To Supply Driver Monitoring System To Another Japanese OEM
Foresight Receives Order Of QuadSight Prototype From American Division Of Leading South Korean Vehicle Manufacturer
Hyundai Demonstrates Autonomous Driving Tech Capabilities With Successful Truck Platooning Trial
SEAT’s Carsharing Company Respiro To Operate In L’Hospitalet De Llobregat, Spain
Baraja Announces Partnership With Macnica
NIU Unveils Brand-new Electric Bicycle, Aero EB-01
NASA Takes Delivery Of First All-electric Experimental Aircraft
Wind River Teams With Xilinx On Secure And Safe Platform For Automated Driving Applications
Automated Vehicle Safety Consortium Adds Honda As Its Latest Member
E-Mobility Group Launches Comprehensive Ecosystem For Entry Into E-mobility
Voi Technology Raises $85 Million In Series B Round
Tata Steel Partners With Tata Motors To Introduce Tigor EVs For Employee Transportation
Allego Taps Into Scandinavian Markets With Up To 350kW Strong HPC Solutions
Lordstown Motors Acquires Factory To Manufacture EVs In Lordstown, Ohio
ElringKlinger Receives Another High-volume Light-weighting Order From US EV Manufacturer
Kandi Announces Successful Inspection Of Automatic Intelligent Battery Exchange System
BMW Group Ushers In Next Digital Key Generation
Škoda Introduces Plug-in Hybrid And Mild Hybrid Options For The Fourth Generation Octavia
Search the news archive

To close this popup you can press escape or click the close icon.
Register - Step 1

You may choose to subscribe to the TaaS Magazine, the TaaS Newsletter, or both. You may also request additional information if required, before submitting your application.

Please subscribe me to:


You chose the industry type of "Other"

Please enter the industry that you work in:
Please enter the industry that you work in: