### Höghastighetsjärnväg: en hastighetsstudie på sträckan Lund - Stockholm

(2017)LTH School of Engineering in Helsingborg

- Abstract
- To satisfy the increased demand for transportation in Sweden the new high-speed railroad line is expected to be finished in 2035. The railroad is expected to connect the three major cities Stockholm, Malmö and Gothenburg with a top speed of 350 km/h. In this report the cost of on-board personnel and energy is investigated on the Lund – Stockholm stretch for speeds up to 420 km/h. The cost of personnel and energy is heavily dependent on the top speed of the line. The costs are then compared to a potential income to see if the choice of speed is financially justified. The calculations are based on the Siemens Velaro D train. For the acceleration to be reasonable for speeds up to 420 km/h the effect of the train had to be modified above 220... (More)
- To satisfy the increased demand for transportation in Sweden the new high-speed railroad line is expected to be finished in 2035. The railroad is expected to connect the three major cities Stockholm, Malmö and Gothenburg with a top speed of 350 km/h. In this report the cost of on-board personnel and energy is investigated on the Lund – Stockholm stretch for speeds up to 420 km/h. The cost of personnel and energy is heavily dependent on the top speed of the line. The costs are then compared to a potential income to see if the choice of speed is financially justified. The calculations are based on the Siemens Velaro D train. For the acceleration to be reasonable for speeds up to 420 km/h the effect of the train had to be modified above 220 km/h. To accelerate to 420 km/h and then halt to a stop the combined distance was 57 km. Hence the result of this report was that an increase in speed from 320 km/h to 420 km/h had very little effect on the regional traffic because of the short distance between the stations. The 100 km/h difference in speed resulted a time difference of 8 minutes and 55 seconds, this represented 7 % of the total travel time. On the other hand the same difference in speed in the case of interregional traffic resulted in a 21 % total travel time cut with a minimal increase of the personnel and energy costs. Energy and personnel costs only represented 2,1 % of the income at 300 km/h and 2,0 % of the income at 400 km/h. Our opinion is that according to our calculations the new high-speed railroad should be designed for a higher speed. Track is expected to have a technical life of 120 years and the international development of higher speeds on rail shows no evidence of slowing down. High-speed lines are already being built for 350 km/h around the world and higher speeds are with a high probability going to be profitable within 120 years. Keywords: high-speed rail, future, Sweden, Rejlers, LTH, Energy, personnel cost, speed, Velaro D. (Less)

Please use this url to cite or link to this publication:
http://lup.lub.lu.se/student-papers/record/8917404

- author
- Hamidi, Nazer and Wiman, Martin
- organization
- year
- 2017
- type
- M2 - Bachelor Degree
- subject
- keywords
- höghastighetsjärnväg, framtid, sverige, rejlers, lth, energi, personalkostnad, hastighet, velaro d
- language
- Swedish
- id
- 8917404
- date added to LUP
- 2017-06-20 04:10:04
- date last changed
- 2018-10-18 10:36:03

@misc{8917404, abstract = {To satisfy the increased demand for transportation in Sweden the new high-speed railroad line is expected to be finished in 2035. The railroad is expected to connect the three major cities Stockholm, Malmö and Gothenburg with a top speed of 350 km/h. In this report the cost of on-board personnel and energy is investigated on the Lund – Stockholm stretch for speeds up to 420 km/h. The cost of personnel and energy is heavily dependent on the top speed of the line. The costs are then compared to a potential income to see if the choice of speed is financially justified. The calculations are based on the Siemens Velaro D train. For the acceleration to be reasonable for speeds up to 420 km/h the effect of the train had to be modified above 220 km/h. To accelerate to 420 km/h and then halt to a stop the combined distance was 57 km. Hence the result of this report was that an increase in speed from 320 km/h to 420 km/h had very little effect on the regional traffic because of the short distance between the stations. The 100 km/h difference in speed resulted a time difference of 8 minutes and 55 seconds, this represented 7 % of the total travel time. On the other hand the same difference in speed in the case of interregional traffic resulted in a 21 % total travel time cut with a minimal increase of the personnel and energy costs. Energy and personnel costs only represented 2,1 % of the income at 300 km/h and 2,0 % of the income at 400 km/h. Our opinion is that according to our calculations the new high-speed railroad should be designed for a higher speed. Track is expected to have a technical life of 120 years and the international development of higher speeds on rail shows no evidence of slowing down. High-speed lines are already being built for 350 km/h around the world and higher speeds are with a high probability going to be profitable within 120 years. Keywords: high-speed rail, future, Sweden, Rejlers, LTH, Energy, personnel cost, speed, Velaro D.}, author = {Hamidi, Nazer and Wiman, Martin}, keyword = {höghastighetsjärnväg,framtid,sverige,rejlers,lth,energi,personalkostnad,hastighet,velaro d}, language = {swe}, note = {Student Paper}, title = {Höghastighetsjärnväg: en hastighetsstudie på sträckan Lund - Stockholm}, year = {2017}, }