Electric Buses
Electric buses can store electricity or be continuously powered by an external source. Types of electric buses include hybrids, fuel cells, and batteries. Of course, hybrid buses do not have a significant impact on reducing greenhouse gases and are only a step towards fully electrifying vehicles. Most power storage buses are battery-powered electric buses, and these types of buses are one of the most popular types of buses today due to advances in the battery industry. In 2018, this type of bus traveled 280 km with just one charge, but many factors such as temperature, road roughness can be effective for the amount of distance traveled.
Conceptual Design Optimization of Autonomous Electric Buses in Public Transportation
Aditya Pathak • Aybike Ongel • Markus Lienkamp • Silvan Scheuermann
Feb 18, 2021
•
World Electric Vehicle Journal
Drivers and Barriers to Implementation of Connected, Automated, Shared, and Electric Vehicles: An Agenda for Future Research
Amirsaman Mahdavian • Alireza Shojaei • Scott MccormickMarkus Lienkamp Timothy Papandreou • Naveen Eluru • Amr A. Oloufa
Feb 1, 2021
•
IEEE
Powertrain Optimization for Electric Buses under Optimal Energy-Efficient Driving
Alexander Koch • Olaf Teichert • Svenja Kalt • Aybike Ongel • Markus Lienkamp
Dec 6, 2020
•
Energies
Development of a parametric packaging and sizing tool for autonomous electric bus system
Ganesh Sethuraman • Pongsathorn Raksincharoensak • Aybike Ongel • Markus Lienkamp
Nov 25, 2020
•
Proceedings of the Institution of Mechanical Engineers Part D
Journal of Automobile Engineering
Impacts of electrification & automation of public bus transportation on sustainability—A case study in Singapore
Aditya Pathak • Ganesh Sethuraman • Aybike Ongel • Markus Lienkamp
Jul 6, 2020
•
Springer
Development of an Overall Vehicle Sizing and Packaging Tool for Autonomous Electric Buses in the Early Concept Phase
Ganesh Sethuraman • Manfred Schwarz • Stefan Maxl • Aybike Ongel • Markus Lienkamp • H.W. Ng • Pongsathorn Raksincharoensak
Mar 11, 2020
•
SAE International
Analysis of the Influence of Air Curtain on Reducing
the Heat Infiltration and Costs in Urban Electric Buses
Aditya Pathak • Matthias Binder • Fengqi Chang • Aybike Ongel • Markus Lienkamp
Jan 24, 2020
•
International Journal of Automotive Technology
A probabilistic fleet analysis for energy consumption,
life cycle cost and greenhouse gas emissions modelling of bus technologies
Andrew Harris • Danielle Soban • Beatrice Smyth • Robert Best
Jan 6, 2020
•
Applied Energy
City-scale, Agent-based Modelling & Analysis of an Electric Public Bus Transport System. Case study: Singapore
Amine Gouiaa
Dec 1, 2018
•
Thesis for Master