Making of an Indigenous and Efficient Powertrains for EV, HEV & FCEV’s
Author :
Dr. Sushil S. RamdasiJourna Name:
ARAI Journal of Mobility Technology Country :
IndiaVolume:
4 issue:3 Year:2024 Views : 142
Abstract:
Rise in greenhouse gas emissions which is resulting into ozone layer depletion and global warming effect is alarming to control CO2 emissions by drastically reducing fossil fuel consumption from the vehicles. This need has already started trend towards extreme downsizing and down speeding of Internal Combustion Engines (ICE) for making them highly efficient. In addition to this use of after treatment devices viz. Diesel Oxidation Catalyst (DOC), Diesel Particulate Filter (DPF), Lean NOx Catalyst (LNT), Selective Catalytic Reduction (SCR) are helping to a great extent for meeting emission norms till Euro - VI for automotive sector, Tier–IV F and Stage V for Off Highway Power sector. However, to address present greenhouse effect along with exponential decay of fossil fuels, there is need to achieve CO2 emissions less than 100 g/km or to achieve practically zero carbon footprint using an alternate powertrain.
APA:Dr. Sushil S. Ramdasi. (Volume-4, Issue-3 -(Year-2024)). Making of an Indigenous and Efficient Powertrains for EV, HEV & FCEV’s. Retrieved from
Chicago:Dr. Sushil S. Ramdasi. "Making of an Indigenous and Efficient Powertrains for EV, HEV & FCEV’s" Example, Volume-4-issue-3-Year-2024-2583-3707. .