Skip to main content

Indian tech company wins award for turning diesel buses into EVs

The International Transport Forum (ITF) has awarded India-based technology firm, KPIT Technologies, the Promising Innovation in Transport Award 2016, for its development of a system that can convert new as well as existing diesel buses into full electric buses. KPIT’s smart electric bus technology is modular and highly versatile, making is possible to retrofit different vehicle types from mini buses to large 12-metre public transport buses. The first bus retrofitted by KPIT went into serviced in 2015
May 18, 2016 Read time: 2 mins
The 998 International Transport Forum (ITF) has awarded India-based technology firm, KPIT Technologies, the Promising Innovation in Transport Award 2016, for its development of a system that can convert new as well as existing diesel buses into full electric buses.

KPIT’s smart electric bus technology is modular and highly versatile, making is possible to retrofit different vehicle types from mini buses to large 12-metre public transport buses.

The first bus retrofitted by KPIT went into serviced in 2015 and two retrofitted buses are currently operated by the Indian Ministry for Road Transport and Highways.

India currently has more than 1.2 million mostly buses in operation, with 50,000 being added every year. Each diesel bus emits 48 tonnes of CO2 per year on average. Replacing 5,000 diesel buses in Indian cities with electric buses would reduce diesel consumption by 95 million litres and save 238,000 tonnes of CO2. KPIT says electric buses can also help encourage adoption of public transport, as the ride is smoother and more comfortable as compared to a diesel bus.

“Air pollution and traffic congestion are major issues for Indian cities today”, said José Viegas, secretary-general of the International Transport Forum and chairman of the jury.

“This technology could reduce pollution in India and beyond. It also has the potential to lower congestion by making public transport more attractive. Not least, it can cut carbon emissions and contribute to the global effort to limit climate change.”

For more information on companies in this article

Related Content

  • Volkswagen chooses TomTom
    February 12, 2015
    TomTom has announced a multi-year agreement with automobile manufacturer Volkswagen Group to bring its traffic service to their cars across Europe, beginning with Audi and Volkswagen. TomTom is a major supplier of traffic information, with one of the most extensive bases of real-time GPS probes in the world, detecting the actual traffic situation on all roads. According to the company, recent industry benchmarks and awards prove that TomTom Traffic covers more jams with fewer false alerts than its comp
  • Taking tolling towards new opportunities
    May 18, 2016
    Vinci’s André Broto presented his views on how the tolling industry could play an important role in helping authorities ease urban congestion, to delegates at the IBTTA conference. As director of foresight and strategy at Vinci Autoroutes, France, André Broto has been spending some time considering the future of tolling in his own country and worldwide. He presented his thoughts, which include a very different angle of the causes of, and solutions to, congestion at the IBTTA’s (International Bridge, Tunnel
  • China plans more ITS deployment despite economic slowdown
    March 30, 2017
    The Chinese government is turning to ITS to help solve urban traffic congestion in the majority of its large cities. Eugene Gerden reports. China is investing an estimated 3.5bn yuan ($551 million) per year in ITS and while the country’s current economic strategy may see this decline, the government plans to continue active development of the national intelligent transport system.
  • Smart Spanish city trials cell-based traffic management
    November 7, 2013
    David Crawford reports on an urban electronic nervous system. The northern Spanish city of Santander – historically a port - is now an emerging technology showcase attracting global attention as a prototype for a medium-sized smart city of the future. In a move to determine the optimal use of available data, it is creating a de-facto experimental laboratory for sensor and mobile phone-based urban traffic management and environmental monitoring innovations.