Add to ORKGThe paper describes the energy consumption processes in a public transport system and identifies areas where savings can be made. An assessment is undertaken of the cost of achieving energy savings, the effectiveness of those savings and a priority proposed for realising them. The paper also discusses the role of different fuels and the trends in future availability. From this proposals are made for changing fuel sourcesm, to make public transport less vulnerable to market price fluctuations
The transport sector accounts for around 30 % of Europe’s final energy consumption. To meet th...
City transport causes the biggest part of road transport emissions. Besides, by engaging mainly foss...
The use of energy in urban transport systems is a critical dimension in the sustainability of cities...
Transport energy conservation research in urban transport systems dates back principally to the Orga...
Most assessments of the global oil situation, such as from the US Geological Survey and Petro consul...
The development of the circulating fleet, infrastructures and personal mobility, which have signific...
To contribute to a sustainable society, considerable reduction in energy use and CO2 emissions shoul...
The use of renewable energy has increased slowly in most sectors and the transport sector is predomi...
This chapter reviews key energy challenges for transport, concluding that the strategic energy chall...
In part one of this report, general transport and transport-flow measures are described. By using ot...
Some of the factors that need to be considered for the demand and use of energy in the transport sys...
This paper discusses the role of transportation in policies to address energy security and climate c...
How can we provide clean, safe, sustainable energy supplies for transport systems in Britain, Europe...
The Swedish government announced in 2015 that Sweden will work towards becoming "one of the first fo...
In 2008, transport accounted for 27% of the world’s total final energy consumption. Currently, we ar...
The transport sector accounts for around 30 % of Europe’s final energy consumption. To meet th...
City transport causes the biggest part of road transport emissions. Besides, by engaging mainly foss...
The use of energy in urban transport systems is a critical dimension in the sustainability of cities...
Transport energy conservation research in urban transport systems dates back principally to the Orga...
Most assessments of the global oil situation, such as from the US Geological Survey and Petro consul...
The development of the circulating fleet, infrastructures and personal mobility, which have signific...
To contribute to a sustainable society, considerable reduction in energy use and CO2 emissions shoul...
The use of renewable energy has increased slowly in most sectors and the transport sector is predomi...
This chapter reviews key energy challenges for transport, concluding that the strategic energy chall...
In part one of this report, general transport and transport-flow measures are described. By using ot...
Some of the factors that need to be considered for the demand and use of energy in the transport sys...
This paper discusses the role of transportation in policies to address energy security and climate c...
How can we provide clean, safe, sustainable energy supplies for transport systems in Britain, Europe...
The Swedish government announced in 2015 that Sweden will work towards becoming "one of the first fo...
In 2008, transport accounted for 27% of the world’s total final energy consumption. Currently, we ar...
The transport sector accounts for around 30 % of Europe’s final energy consumption. To meet th...
City transport causes the biggest part of road transport emissions. Besides, by engaging mainly foss...
The use of energy in urban transport systems is a critical dimension in the sustainability of cities...