This page gives an overview of all TREMOVE runs, and of the use of TREMOVE in projects.
Note: exe-file = self-extracting archive.
Final report TREMOVE 2 project, Volume 3: TREMOVE_policy_runs.pdf
Scenario input for all A runs: A_scenario_input.exe
General information on input data: generalcomments and changes in input and cost figures.doc
All zip files have a size of 4 MB.
Variation 1 (3 March 2005):
Variation 2 (28 September 2005):
| Code | Model | Variation | Download |
| D1-D4 | TEST RUNS | ||
| D5 | v2.42 | 120g - IEEP(2004) | TREMOVE_2.42_Run_D5_v17may2006.exe 20060523 TREMOVE 2.42 Policy Run D5.doc |
| D6 | v2.42 | 120g - TNO (Draft, 2006) | TREMOVE_2.42_Run_D6_v10July2006.exe 20060719 TREMOVE 2.42 Policy Run D6.doc |
| D7 | v2.42 | 130g - TNO (Draft, 2006) | TREMOVE_2.42_Run_D7_v10July2006.exe 20060719 TREMOVE 2.42 Policy Run D7.doc |
| D5-D7 | Summary note on D5, D6 and D7 runs 20060807 TREMOVE 2.42 Policy Runs D5 D6 D7.doc |
||
| D8-D19 | TEST RUNS | ||
| D20 | v2.43b | 135g - TNO (Final, 2006) | TREMOVE_v2.43b_RunD20_17Oct2006.exe |
| D21 | v2.43b | 130g - TNO (Final, 2006) | TREMOVE_v2.43b_RunD21_17Oct2006.exe |
| D22 | v2.43b | 125g - TNO (Final, 2006) | TREMOVE_v2.43b_RunD22_17Oct2006.exe |
| D23 | v2.43b | 120g -TNO (Final, 2006) | TREMOVE_v2.43b_RunD23_17Oct2006.exe |
| D24 | v2.43b | 125g + GSI - TNO (Final, 2006) | TREMOVE_v2.43b_RunD24_17Oct2006.exe |
| D25 | v2.43b | 125g + GSI + TPMS - TNO (Final, 2006) | TREMOVE_v2.43b_RunD25_17Oct2006.exe |
| D26 | v2.43b | 125g + GSI + TPMS +N1 -15g - TNO (Final, 2006) | TREMOVE_v2.43b_RunD26_18Oct2006.exe |
| D27 | v2.43b | 125g + GSI + TPMS +N1 -15g + LRRT - TNO (Final, 2006) | TREMOVE_v2.43b_RunD27_13Oct2006.exe |
| D28 | v2.43b | 130g + GSI + TPMS +N1 -15g + LRRT + MAC - TNO (Final, 2006) | TREMOVE_v2.43b_RunD28_13Oct2006.exe |
| D29 | v2.43b | 130g + GSI + TPMS +N1 -30g + LRRT + MAC - TNO (Final, 2006) | TREMOVE_v2.43b_RunD29_14Oct2006.exe |
| D30 | v2.43b | 130g + GSI + TPMS +N1 -30g + LRRT + MAC + LVL - TNO (Final, 2006) | TREMOVE_v2.43b_RunD30_14Oct2006.exe |
| D31 | v2.43b | 130g + GSI + TPMS +N1 -45g + LRRT + MAC + LVL - TNO (Final, 2006) | TREMOVE_v2.43b_RunD31_17Oct2006.exe |
| D32 | v2.43b | 130g + GSI + TPMS +N1 -60g + LRRT + MAC + LVL - TNO (Final, 2006) | TREMOVE_v2.43b_RunD32_17Oct2006.exe |
| D20-D32 | Scenario folder with generator D20-D32_Scenario_input.exe |
Run, 23 March 2005:
Variation 1 (18 April 2005): TREMOVE 2.32b Run F1 v18apr05 XLS.zip (80 MB)
Variation 2 (18 April 2005): TREMOVE 2.32b Run F2 v18apr05 XLS.zip (80 MB)
Reports and a description of the project can be found here: http://www.tmleuven.be/project/assess/home.htm
TREMOVE ASSESS (1 Sep 05).exe (64MB - self-extracting archive)
Project for the Flemish government, Transport & Mobility Leuven, 2005
Reports can be found here: http://www.tmleuven.be/project/tremovebelgie/home.htm
Project for the Belgian government and Febiac, Transport & Mobility Leuven, 2005
Reports and a description of the project can be found here: http://www.tmleuven.be/project/80km/home.htm
The TREMOVE model was developed in 1997-1998 by the Katholieke Universiteit Leuven and Standard & Poors DRI as an analytical underpinning for the second European Auto-Oil programme. It is an integrated simulation model developed for the strategic analysis of costs and effects of a wide range of policy instruments and measures applicable to local, regional and European surface transport markets.
The TREMOVE 1 version of the model includes 9 EU Member States and was calibrated to 1995 data. Subsequent to the use of the TREMOVE model in the second European Auto-Oil programme, the model has recently been used to simulate impacts of km-charges on heavy goods vehicles.
Read more about the Auto-Oil programme: http://europa.eu.int/comm/environment/autooil/index.htm
Part I of the cost-effectiveness study report provides general background for the cost-effectiveness analysis carried out in the context of the Second European Auto-Oil Programme (AOP II).
Part II of the study report describes the policy simulation tool (TREMOVE) that has been designed and developed to support the AOPII cost-effectiveness analysis. This tool has also been used to help constructing the reference scenario. Important comments on the current status of the model are included in the executive summary and annex to Part II.
The reference scenario, i.e. the AOPII transport base case, is described in Part III of the study report. This base case will be used for analysing alternative transport policies aimed at further reducing emissions from transport whenever air quality concentrations do not meet Community standards.
Part IV of the AOPII Cost-effectiveness study report contains a description of scenarios that have been constructed to test the TREMOVE model. A discussion on these scenarios has not yet taken place and is scheduled for the second half of 1999. Part IV will be further developed when future policy scenarios have been provided by the other AOPII working groups and when the input data have been transferred to the cost-effectiveness working group. This part will also include a description of other than road-transport policy options, which will have to be considered simultaneously.
Part V of the report contains a description of the optimisation tool (LEUVEN II) that has been developed to assist the search for future cost-effective strategies for achieving Community air quality standards. The conclusion of the cost-effectiveness analysis have be summarised in Part VI of the report.
Transport & Mobility Leuven worked on some projects in the thematic network PREMTECH II. In these projects, new, clean and efficient vehicle engines have beeen developed. TREMOVE calculated the impact of this new engine on the vehicle market and air quality in Europe.
In D-ULEV, a low CO2 diesel engine for passenger cars will be developed by Fiat and DaimlerChrysler. The SUVA consortium seeks for a new parallel hybrid powertrain for DaimlerChrysler, Fiat and Volkswagen. In GET-CO2 project, Renault and Volkswagen develop a gasoline engine with high pressure turbocharging.