Add to ORKGThis paper is an update on a method to analyze and compare electric bus and charging systems from a total cost perspective. The method is useful for proposing a suitable combination of bus and charger systems depending on the route specifications, timetables and other local conditions. In this update, a user-friendly tool which simplifies the analysis process is presented. The analysis tool enables the user to experimentally investigate and quantify the trade-offs between parameters such as battery size, charging strategies and charging infrastructure, vehicle fleet and operational costs from a total cost perspectiv
Though the battery capacity is increasing, in day-to-day operation, battery-electric buses (BEB) are...
Battery‐powered electric buses are increasingly being used around the globe. This work investigates ...
The battery capacity of electric buses (EB) used for public transportation is greater than that of e...
This paper is an update on a method to analyze and compare electric bus and charging systems from a ...
This paper presents a method developed to analyze a complete electric bus system including electrici...
This paper analyzes the effect of the limited range of battery electric bus on the operation of the ...
This study investigates the cost competitiveness of different types of charging infrastructure, incl...
Electric buses are particularly suitable for city and suburban routes due to zero local exhaust and ...
This study explores electric bus operations for a bus depot in London. Operational data about speed,...
Flexible and economic systems for electric operation of road vehicles is an area of interest for res...
Battery electric buses are seen as a well-suited technology for the electrification of road-based pu...
International audienceThe electrification of public transport buses is getting more insights, especi...
This paper analyzes the new operations induced by the energy range limitation in battery electric bu...
In this paper, we evaluate the cost of the electrification of an existing bus network. We propose a ...
The high cost of battery electric buses (BEB), driven by battery and infrastructure costs, is a key ...
Though the battery capacity is increasing, in day-to-day operation, battery-electric buses (BEB) are...
Battery‐powered electric buses are increasingly being used around the globe. This work investigates ...
The battery capacity of electric buses (EB) used for public transportation is greater than that of e...
This paper is an update on a method to analyze and compare electric bus and charging systems from a ...
This paper presents a method developed to analyze a complete electric bus system including electrici...
This paper analyzes the effect of the limited range of battery electric bus on the operation of the ...
This study investigates the cost competitiveness of different types of charging infrastructure, incl...
Electric buses are particularly suitable for city and suburban routes due to zero local exhaust and ...
This study explores electric bus operations for a bus depot in London. Operational data about speed,...
Flexible and economic systems for electric operation of road vehicles is an area of interest for res...
Battery electric buses are seen as a well-suited technology for the electrification of road-based pu...
International audienceThe electrification of public transport buses is getting more insights, especi...
This paper analyzes the new operations induced by the energy range limitation in battery electric bu...
In this paper, we evaluate the cost of the electrification of an existing bus network. We propose a ...
The high cost of battery electric buses (BEB), driven by battery and infrastructure costs, is a key ...
Though the battery capacity is increasing, in day-to-day operation, battery-electric buses (BEB) are...
Battery‐powered electric buses are increasingly being used around the globe. This work investigates ...
The battery capacity of electric buses (EB) used for public transportation is greater than that of e...