Skip to main content

Scania delivers hybrid buses to Madrid

As part of its measures to reduce pollution in the city, the City of Madrid is to take delivery of 51 hybridised Scania Citywide buses in June. These feature cost-saving and emission-reducing hybrid technology that meets the EU suburban and short distance Class II regulations. Madrid recently enforced tough temporary measures to tackle pollution, including limiting speed limits and banning passenger car access to the city centre if nitrogen oxide levels exceed acceptable levels. In parallel, the Madrid t
May 13, 2016 Read time: 2 mins
As part of its measures to reduce pollution in the city, the City of Madrid is to take delivery of 51 hybridised 570 Scania Citywide buses in June. These feature cost-saving and emission-reducing hybrid technology that meets the EU suburban and short distance Class II regulations.

Madrid recently enforced tough temporary measures to tackle pollution, including limiting speed limits and banning passenger car access to the city centre if nitrogen oxide levels exceed acceptable levels. In parallel, the Madrid transport authorities have required bus operators to gradually switch to greener technology Conventional diesel has not been permitted in new bus acquisitions since 2010. Incumbent companies can obtain favourable contracts if at least 20 percent of their fleets are operated on gas, as hybrids or as electric buses. Restrictions on the use of gas vehicles in non-adapted underground bus depots have prompted operators to select hybrid technology.

The 51 buses will be put into service by seven operators on behalf of Consorcio Regional de Transportes de Madrid, which is responsible for public transport in the Madrid Region.

The new Class II specification Scania Citywide can be operated at speeds of up to 100 km/h. The hybrid powertrain includes the Scania 9-litre engine and offers 320 hp with SCR-only technology that is compatible with up to 100 percent biodiesel and Hydrotreated Vegetable Oil (HVO).

On the Citywide buses, the hybrid unit, comprising an electric machine (motor and generator) and automatic clutch, is located between the engine and gearbox. The electric machine is rated at 150 kW and 1,050 Nm.

A total of 1.2 kWh of energy storage is provided by a lithium-ion battery integrated in the roof structure at the front of the bus and is housed in a neatly styled bulb together with a DC/DC voltage converter and a cooling unit. The use of a Scania hybrid system together with a DC/DC converter, stop-start function and eco-roll provides significant fuel savings.

For more information on companies in this article

Related Content

  • Volvo and NTU to bring autonomous electric buses to Singapore
    January 12, 2018
    Volvo Buses and Nanyang Technological University (NTU) in Singapore have partnered on a two-year research and development program for autonomous electric 12-metre buses as part of the Land Transport authority's drive to create new solutions for sustainable transport. The buses will arrive at the start of 2019.
  • Project to develop inductive charging for EVs
    April 25, 2012
    Volvo Car Corporation is participating in an inductive charging project. Together with Belgian technological and development specialists Flanders' Drive and others, Volvo is developing systems and methods that need neither power sockets nor charging cables. With inductive charging, energy is transferred wirelessly to the car's battery via a charging plate buried in the road surface.
  • TRW introduces roof airbag technology
    April 25, 2012
    TRW Automotive Holdings has unveiled its new 'bag in roof' airbag system which replaces passenger airbags typically mounted in the instrument panel. The company claims the new airbag can help to mitigate passenger injuries and can allow for improved interior design aesthetics, ergonomics and functionality while saving space in the instrument panel. In addition, TRW claims this new design concept enhances development efficiency: by eliminating the need to package a passenger airbag in the instrument panel, t
  • Spark plugs may be replaced by lasers
    May 21, 2012
    For more than 150 years, spark plugs have powered internal combustion engines. Automakers are now one step closer to being able to replace this long-standing technology with laser igniters, which will enable cleaner, more efficient, and more economical vehicles.