Abstract

the hand of a case study alternative energy sources, methods of transportation and their effect on the electricity grid once fossil fuels have been depleted is discussed. Three methods of sustainable transport are presented. The energy requirement for each is calculated as well as the requirements from the electricity grid for traveling a 200 km route. All three proposed methods are compared to current methods of transport. Specifically, the Superbus, an all electric vehicle, has also been considered as an alternative to future transport. The results obtained indicates that the Superbus is the better option regarding energy requirement from the electricity grid, while at the same time traveling at high speeds to make point to point transportation fast.

Abstract

The Superbus (Fig.1) is a new public transport vehicle designed for comfortable, flexible and sustainable transportation. The Superbus, which drives at 250 km/h cruising speed on its dedicated infrastructures (the supertrack) and at conventional speed on existing roads, is safe, sustainable, and able to transport passengers and goods from point to point. In this paper the philosophy of the vehicle will be highlighted in terms of the vehicle fundamental concepts. Then, the analysis of the required personal space design will be discussed alongside the design criteria for accessibility. Finally, the layout of the vehicle will be described in its details.