Sci-tech information: EU set rules for truck manufacturer: greener, safer and less costly
The European Commission proposed new rules to allow manufacturers to develop more aerodynamic lorries which will reduce fuel consumption by 7-10%, cut emissions of greenhouse gases, and also enhance the safety of vulnerable road users.
Commission Vice-President Siim Kallas, responsible for transport, said: "A brick is the least aerodynamic shape you can imagine, that's why we need to improve the shape of the lorries on our roads. These changes make road transport cleaner and safer. They will reduce hauliers' fuel bills and give European manufacturers a head-start in designing the truck of the future, a greener truck for the global market."
The proposal will allow cabins with a rounded shape and for the use of aerodynamic flaps at the back the trailer. These measures will considerably improve the aerodynamics of vehicles, saving approximately ‚¬ 5,000 per year in fuel costs for a typical long-distance lorry covering 100,000 km. This represents a 7€"10% cut in greenhouse gas emissions (or 7.8 tonnes of CO2 for the same long-distance lorry covering 100,000 km). At the same time, the field of vision of the driver will be improved, helping to save the lives of 300 to 500 vulnerable road users such as pedestrians or cyclists every year.
The main advantages of the proposal are:
Better environmental performance: In the EU, transport depends on oil and oil products for about 96% of its energy needs. Reducing the fuel consumption of long-distance road haulage by 7€"10% will make a very important economic and environmental contribution.
Better road safety: The current "brick shape" front of the cabin can increase the severity of injury to road users in a collision. It also reduces the driver's sideways field of vision. This is particularly dangerous for cyclists and pedestrians at junctions. A more rounded shape increases the field of vision and in the event of a low-speed collision - typically in an urban environment - reduces the risk of serious injury.
Better for hauliers: Improved aerodynamics of vehicles will save approximately ‚¬ 5,000 per year in fuel costs for a typical long-distance lorry covering 100,000 km.
Industrial opportunity for vehicle manufacturers: European heavy vehicle manufacturers are market leaders and the sector is one of the largest corporate investors in research and development. The conception of the new aerodynamic cabins and rear flaps will be an opportunity for manufacturers to develop new models, which will support job creation and economic growth in Europe.
More consistent controls and reduced road damage: Up to one third of controlled vehicles are overloaded, causing damage to roads and compromising safety. On-board weighing systems linked to the digital tachograph and weigh-in-motion stations on the main roads will allow for more consistent controls from country to country. Overweighting of lorries currently is estimated to cost 950 million per year to the taxpayer.
Promoting intermodal transport: Red tape will be reduced allowing 45 foot containers to be switched more easily between ship, road and rail.
Sci-tech information: http://en.twwtn.com/Information/
The European Commission proposed new rules to allow manufacturers to develop more aerodynamic lorries which will reduce fuel consumption by 7-10%, cut emissions of greenhouse gases, and also enhance the safety of vulnerable road users.
Commission Vice-President Siim Kallas, responsible for transport, said: "A brick is the least aerodynamic shape you can imagine, that's why we need to improve the shape of the lorries on our roads. These changes make road transport cleaner and safer. They will reduce hauliers' fuel bills and give European manufacturers a head-start in designing the truck of the future, a greener truck for the global market."
The proposal will allow cabins with a rounded shape and for the use of aerodynamic flaps at the back the trailer. These measures will considerably improve the aerodynamics of vehicles, saving approximately ‚¬ 5,000 per year in fuel costs for a typical long-distance lorry covering 100,000 km. This represents a 7€"10% cut in greenhouse gas emissions (or 7.8 tonnes of CO2 for the same long-distance lorry covering 100,000 km). At the same time, the field of vision of the driver will be improved, helping to save the lives of 300 to 500 vulnerable road users such as pedestrians or cyclists every year.
The main advantages of the proposal are:
Better environmental performance: In the EU, transport depends on oil and oil products for about 96% of its energy needs. Reducing the fuel consumption of long-distance road haulage by 7€"10% will make a very important economic and environmental contribution.
Better road safety: The current "brick shape" front of the cabin can increase the severity of injury to road users in a collision. It also reduces the driver's sideways field of vision. This is particularly dangerous for cyclists and pedestrians at junctions. A more rounded shape increases the field of vision and in the event of a low-speed collision - typically in an urban environment - reduces the risk of serious injury.
Better for hauliers: Improved aerodynamics of vehicles will save approximately ‚¬ 5,000 per year in fuel costs for a typical long-distance lorry covering 100,000 km.
Industrial opportunity for vehicle manufacturers: European heavy vehicle manufacturers are market leaders and the sector is one of the largest corporate investors in research and development. The conception of the new aerodynamic cabins and rear flaps will be an opportunity for manufacturers to develop new models, which will support job creation and economic growth in Europe.
More consistent controls and reduced road damage: Up to one third of controlled vehicles are overloaded, causing damage to roads and compromising safety. On-board weighing systems linked to the digital tachograph and weigh-in-motion stations on the main roads will allow for more consistent controls from country to country. Overweighting of lorries currently is estimated to cost 950 million per year to the taxpayer.
Promoting intermodal transport: Red tape will be reduced allowing 45 foot containers to be switched more easily between ship, road and rail.
Sci-tech information: http://en.twwtn.com/Information/
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