3FOOD
TIR-CG_Luxembourg-Final-Report_Long-Version TIR-CG_Luxembourg-Final-Report_Long-Version
Third Industrial Revolution Consulting Group Despite the small population and size of the country, Luxembourg has the highest number of cars per capita in Europe (0.672, while the average is 0.486), 71 in constant growth (factor of 29 over 60 years), with an average CO2 emission of 147 g/km despite low average vehicle age. 72 Of existing passenger cars, 60% run on diesel and 40% run on petrol 73 – in which the rate of new diesel cars bought is 72%. 74 GHG emissions from Luxembourg transports reaches 7.6 million tons C02 equivalent vs. total Lux 11.8Mt, i.e. 64%. The high number of cars, commuters, and transit traffic accounts for 54% of the country’s energy consumption based on fuel sold (compared to 26% in the EU28), which has a significant impact on health and quality of life in public spaces. Furthermore, final transport energy consumption (road, railway and air amount to 2.5Mtoe) is 250% more than household final energy consumption (1Mtoe), making total transport energy consumption equal to 61% of Luxembourg’s total energy consumption. 75 Additional passenger car traffic comes from the 175,000 commuters per day representing, in absolute terms, the second highest number of cross-border commutes in the EEA. Among commuters, 40% work in Luxembourg City and enter the Grand-Duchy mostly via car (86%), train (9%), and bus (5%). The average daily commute of 90km takes 100 min. The cross-border phenomenon is mainly caused by the attractiveness of the Luxembourg economy which offers twice the number of working positions compared to the resident working population. As a cross-border region with low fuel prices, 75% of the fuel sold in the country is used by Luxembourgers, cross-border workers, transit trucks, and tourists. 70 The French expression “transport en commun” refers to all transport systems that imply a “common” use of the mobility resources, compared to a “private” one. A broader definition of “Transport en commun” includes the traditional public transport and all non-conventional transport systems such as on-demand personal and group transit systems, micro-mobility, shared vehicles and shared rides. 71 European Commission (2015), EU Transport in figures. Statistical Pocketbook 2015. Available at: http://ec.europa.eu/transport/facts-fundings/statistics/doc/2015/pocketbook2015.pdf , p.84 72 Eurostat (2015) Energy, transport and environment indicators. Available at: http://ec.europa.eu/eurostat/documents/3217494/7052812/KS-DK-15-001-EN-N.pdf/eb9dc93d-8abe-4049- a901-1c7958005f5b, p.96 73 Eurostat (2015) Energy, transport and environment indicators. Available at: http://ec.europa.eu/eurostat/documents/3217494/7052812/KS-DK-15-001-EN-N.pdf/eb9dc93d-8abe-4049- a901-1c7958005f5b , p.94 74 The International Council on Clean Transportation (ICCT) (2015) European Vehicle Market Statisticks. Pocketbook 2015/2016. Available at: http://www.theicct.org/sites/default/files/publications/ICCT_EU-pocketbook_2015.pdf p.80 75 European Commission (2015) EU Transport in Figures. Statistical Pocketbook 2015. Available at : http://ec.europa.eu/transport/facts-fundings/statistics/doc/2015/pocketbook2015.pdf , p.118 70
Third Industrial Revolution Consulting Group Latest data show that there are 275 kilometers of rail lines in Luxembourg (140km of double and 135km of single track). 76 The state road network consists of 2,908km of roadways (161km of highways, 837km of national roads, and 1,891km of paths used). Recent years have seen the saturation of existing road, parking, railway, and highway infrastructures, resulting in Luxembourg being the fourth most congested country in the EU. 77 As already stated, public transport usage is low (14.5%) compared to the usage of individual cars (72.5 %) and active transport (13%). This car dependency is mainly driven by the following factors: urban sprawl, lack of mixed-used urban developments, the centralization of economic life, long travel times for public transport connections to rural and cross-borders areas, lack of efficient national regulations fostering the use of clean transportation means, lack of coherent cycle networks, as well as a strong car ownership culture. Nevertheless, studies show the advantage in urban centers of active mobility rather than motorized vehicles. For trips between 1km and 3km, the bicycle is the fastest mode of transportation (even on uphill topography thanks to electric bikes). Urban travel speed for pedestrians and cyclists is, for the first 500m, higher than the speed of cars with an average speed of 4km/h. 78 This is interesting for Luxembourg, where 40% of daily trips represent less than 3 km. However, Luxembourg holds the European record for private car use, with 60% of trips below 1km. 79 Furthermore, to incentivize more public transportation and alternatives to automobiles, the Transport Community (Verkéiersverbond) is setting up a telematics systems (“mLive”) which will regroup the real-time departure times of the different public transport operators. 80 Realtime data is already available for AVL, TICE and CFL and, by the end of 2017, will be available for all the RGTR bus lines. Access to real-time datasets is provided by applications via an openly licensed API in order to make the integration of the RT travel time possible. Finally, conventional transportation modes caused several negative externalities, with major consequences for safety and air quality. Despite having implemented all safety regulations according to EU standards (drink-drive, helmet, seat-belt, child restraint, mobile phone use while driving and drug-driving 76 EU Transport, 2015 Pocketbook, p.76 and 2014, p.46 and 55 / latest information from MDDI 77 (INRIX, 2015) 78 MoDu, p.145 79 MoDu, p.22 80 MoDu, p.159 71
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Third Industrial Revolution Consulting Group<br />
Latest data show that there are 275 kilometers of rail lines in Luxembourg (140km of double<br />
and 135km of single track). 76 The state road network consists of 2,908km of roadways (161km<br />
of highways, 837km of national roads, and 1,891km of paths used). Recent years have seen the<br />
saturation of existing road, parking, railway, and highway infrastructures, resulting in<br />
Luxembourg being the fourth most congested country in the EU. 77<br />
As already stated, public transport usage is low (14.5%) compared to the usage of individual<br />
cars (72.5 %) and active transport (13%). This car dependency is mainly driven by the following<br />
factors: urban sprawl, lack of mixed-used urban developments, the centralization of economic<br />
life, long travel times for public transport connections to rural and cross-borders areas, lack of<br />
efficient national regulations fostering the use of clean transportation means, lack of coherent<br />
cycle networks, as well as a strong car ownership culture.<br />
Nevertheless, studies show the advantage in urban centers of active mobility rather than<br />
motorized vehicles. For trips between 1km and 3km, the bicycle is the fastest mode of<br />
transportation (even on uphill topography thanks to electric bikes). Urban travel speed for<br />
pedestrians and cyclists is, for the first 500m, higher than the speed of cars with an average<br />
speed of 4km/h. 78 This is interesting for Luxembourg, where 40% of daily trips represent less<br />
than 3 km. However, Luxembourg holds the European record for private car use, with 60% of<br />
trips below 1km. 79<br />
Furthermore, to incentivize more public transportation and alternatives to automobiles, the<br />
Transport Community (Verkéiersverbond) is setting up a telematics systems (“mLive”) which<br />
will regroup the real-time departure times of the different public transport operators. 80 Realtime<br />
data is already available for AVL, TICE and CFL and, by the end of 2017, will be available for<br />
all the RGTR bus lines. Access to real-time datasets is provided by applications via an openly<br />
licensed API in order to make the integration of the RT travel time possible.<br />
Finally, conventional transportation modes caused several negative externalities, with major<br />
consequences for safety and air quality.<br />
Despite having implemented all safety regulations according to EU standards (drink-drive,<br />
helmet, seat-belt, child restraint, mobile phone use while driving and drug-driving<br />
76 EU Transport, 2015 Pocketbook, p.76 and 2014, p.46 and 55 / latest information from MDDI<br />
77 (INRIX, 2015)<br />
78 MoDu, p.145<br />
79 MoDu, p.22<br />
80 MoDu, p.159<br />
71