PM E-Drive – A Billion dollar package for electrification in India
A summary of the latest PM E-Drive incentives worth ~ $1.3B announced by the Indian government to increase the uptake of electric vehicles.
Direct manufacturing cost of BEV vs ICE
A summary of a study comparing the direct manufacturing costs of the VW Tiguan and ID4
BP Energy Outlook 2024 – A summary
The 13th BP Energy Outlook provides insights into the changing landscape of energy demand and supply, one with the current pace of technology deployment and another with an ambitious net-zero goal by 2050. The shift to electricity and therefore to grid decarbonization is highlighted.
Total Cost of Transportation Analysis for a Heavy-Duty Fleet
A new study shows that switching to a Class 8 truck can more than double the total cost of transportation. Here’s a summary.
ACT 2024 in pictures
The ACT Expo, 2024 covered all aspects of the latest technologies for commercial vehicles and provided a unique forum to discuss the “reality” on the ground for the energy transition. Here is a summary in pictures.
TMC 2024 in Pictures
A visual summary of the TMC Annual Meeting and Transportation Technology Exhibition, held in New Orleans, March 2024.
True total cost of ownership still a decade away
New study analyzes the cost of transition to electric vehicles in California, including socio-economic factors. The burden will shift to lower income groups in later years.
Summary of Euro 7 Near-Final Regulation
A brief summary of the near-final Euro 7 regulations for light- and heavy-duty vehicles.
U.S. EPA Phase 3 Greenhouse Gas Proposal for Heavy-Duty Vehicles
A downloadable summary of the U.S. EPA announced the Phase 3 GHG proposal for heavy-duty vehicles. From 2027 to 2032, 45% reduction in CO2 emissions for light vocational vehicles and 25% for Class 8 sleeper cabs. Over half of light vocational and a quarter of sleeper cabs expected to be ZEVs by 2032.
CO2 compliance pathways for EPA MY 2030 light-duty fleet – a case study
How are light-duty cars and trucks expected to meet future EPA fuel economy standards? What level of electrification would be required? Would hybrids play a role? How does one go about calculating it? Here’s a case study attempting to address some of these questions.