Anders Bekeken

Pioneering Automation: Volvo Demonstrates Volvo 7900 Electric Autonomous Bus

Geschreven op 28-7-2018 - Erik van Erne. Geplaatst in Vervoer en OV Facebooktwitterredditpinterestlinkedintumblrmail

The pioneering autonomous Volvo bus has been shown to specially invited guests during the Volvo Ocean Race competition in Gothenburg, Sweden. 

The prototype is based on Volvo’s commercially produced 7900 electric city bus, which has been modified for autonomous operation.

At the demo event there there were presentations to show how this technology can contribute to safer and more comfortable travel as well as more efficient handling of vehicles in the depot.

“With low noise level and emission-free operation, electric bus systems provide an excellent alternative for attractive and sustainable public transport. With various degrees of automation, we can make even further progress regarding safety, comfort and efficiency.  Leveraging Volvo Group technologies, we will demonstrate these opportunities for the future during the Volvo Ocean Race,” says Håkan Agnevall, President Volvo Buses.

The autonomous 12-metre bus is designed to give its passengers a safe and comfortable ride. It is programmed to accelerate and brake gently and smoothly when starting off and stopping. At bus stops, the bus always halts in exactly the same position, with the same gap between the bus and the platform for convenient entry and exit. The bus is equipped with sensors that maintain a constant watch around the vehicle.

Information from the sensors is used to navigate the vehicle, and also in the future to prevent incidents and accidents by identifying objects approaching the bus, adjusting its speed accordingly or stopping the bus. The autonomous bus is designed for gentle driving so that its operation is as energy-efficient, environmentally friendly and economical as possible.

“The technology also permits more efficient vehicle handling when the bus is not in traffic operation. With autonomous buses depot staff can focus on service and maintenance instead of having to charge the batteries, drive to the bus wash and park the bus. Tomorrow’s buses will be able to do all this on their own,” relates Håkan Agnevall.

The autonomous bus will also be used for research into bus platooning, where buses drive in close convoy in urban traffic. “Volvo has been a pioneer within high capacity transport systems based on buses, so called Bus Rapid Transit (BRT). Now we take the next step by using automation to wirelessly connect the buses to bus trains with high flexibility”, says Håkan Agnevall. “Electric bus systems provide an attractive alternative to rail bound solutions in the cities’ future public transport

Over the next two years the bus will be used in two automotive research projects – FFI’s Autonomous City Buses project and KRABAT. FFI is the Strategic Vehicle Research and Innovation Programme, a cooperative venture between the automotive industry and the Swedish state. KRABAT is part of the Swedish government’s joint programme entitled “Next-generation travel and transport”, financed partly by Vinnova through Drive Sweden.

The autonomous Volvo bus is presented within the framework of ElectriCity’s participation at the Volvo Ocean Race. ElectriCity is a joint project between the research community, industry and the City of Gothenburg, where new solutions for next-generation sustainable urban traffic are being developed, demonstrated and evaluated.

Earlier this year Volvo Buses launched a joint autonomous electric bus project with the leading Nanyang Technological University (NTU) in Singapore for developing and trialling autonomous buses in Singapore. Volvo Group has previously demonstrated autonomous vehicles for mining and refuse operations.

Singapore and its Land Transport Authority (LTA) are recognized for their focus on public transport and deployment of autonomous vehicles in the effort to create a sustainable city environment. Singapore has announced that self-driving buses will be deployed in several areas of the country by 2022.

One of the autonomous electric buses in the program will be used on Singapore’s advanced new test facility for autonomous vehicles, CETRAN, which was inaugurated in November 2017. Here, NTU’s researchers will in a fenced-off area be able to test new functionality and study how the bus interacts with other road-users in various conditions.

The second bus will be used for tests in the bus depot in partnership with the public transport operator SMRT. The aim is that tomorrow’s autonomous buses should be able to charge their batteries, drive through the depots to the vehicle wash and park – entirely autonomously.

NTU President Professor Subra Suresh, said, “Industry-academic connections are key in nurturing an environment which promotes innovation, research excellence, and technological change for a better tomorrow. NTU takes pride in its strong industry connections, and this partnership with Volvo will pave the way for future mobility solutions by developing and testing autonomous buses right here on campus. These solutions will further strengthen Singapore’s vision of embracing autonomous vehicle technologies and enhance public transportation.”

The cooperative program between Volvo Buses and NTU is now underway and will initially last for two years. The jointly developed autonomous electric buses will arrive into Singapore in the beginning of 2019.

See also: A Fleet of 25 Full Electric Volvo 7900 Buses for Tide Buss in Trondheim, Norway – A Fleet of 23 Volvo 7900 Electric Buses Ordered In The netherlands by Arriva – A Fleet of 25 Electric Volvo 7900 Buses for GS Buss in Gotenburg, Sweden – A Fleet of 17 Volvo 7900 Electric buses for Norgebuss in Oslo, Norway

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