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

  • Decision to suspend bus lanes “flawed and data deficient”
    March 14, 2014
    According to the Chartered Institute of Logistics and Transport (CILT UK) the decision by Liverpool’s Mayor and council to suspend all of the city’s bus lanes in a nine month trial was rushed through and based on evidence that was flawed and suffered from a severe data deficit. Furthermore, it could even deter other local authorities around Britain from introducing measures that promote public transport to ease urban traffic congestion. The Institute believes that the evidence used by the Mayor and Coun
  • Joining old and new in Canada’s Highway 407
    June 17, 2016
    David Arminas visits Canada’s Highway 407 ETR to see how the concession is working and hear about new arrangements for the roadway’s extension. The Toronto region is North America’s eighth largest metropolitan area and its roads become notoriously congested. In 1997 Highway 407, a 68km concrete toll motorway which skirts the northern edge of Toronto, was opened and initially operated by the province and CHIC - a consortium of four leading Ontario-based companies. Finance came from the Ontario Financing Auth
  • Sensor Line joins IRD in €3.8m deal
    January 5, 2021
    German ITS firm will be integrated into Quarterhill subsidiary's existing set-up
  • Peek highlights traffic management and adaptive control
    June 2, 2015
    Peek Traffic is showcasing at this year’s ITS America Annual Meeting, its recently announced Advanced Traffic Management System (ATMS) software called Spinnaker. Spinnaker, is a true web-based application using the latest web technologies, allowing it to be viewed through a web browser from a number of different operating systems and computing devices such as Windows, OSX, Android, iOS and Linux. The system is scalable and modular, allowing traffic control centers to monitor multiple subsystems such as I