methodology used by swiftly green 26th november 2015 gernoth götz, prof. markus hecht berlin...

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Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact: [email protected] [email protected]

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Page 1: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Methodology used by SWIFTLY Green

26th November 2015

Gernoth Götz, Prof. Markus HechtBerlin Institute of Technology (Technische Universität Berlin)

Contact:

[email protected]@TU-Berlin.de

Page 2: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Basis of SWIFTLY Green

• Recommendations from SWIFTLY Green will build upon results and good practice from conducted EU projects as well as commercial, national and regional initiatives

• One task: Going through programs and projects (completed, on-going and planned projects and actions) related to transport and logistics that can be relevant for SWIFTLY Green

Page 3: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Data sources

SWIFTLY Green database

Nationally fundedprojects

Privately fundedprojects

Projects with a focus on transport serve as the major source:

Page 4: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Several projects funded by EU

• Vehicle development

• Transshipment technologies

• …

Various project results/measures • Which measure has a

greening potential?• Which of them are effective?• How to compare them?• Applicability of measures on corridor level?•…

Lots of uncertainties…

Aim: Greening of transport

From Projects to Measures

Page 5: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

The 4 themes of SWIFTLY Green

Thematic group 1 Thematic group 2 Thematic group 3 Thematic group 4

Infrastructure - Links and Nodes

Logistics Solutions

Transport Techniques

Policies and Regulations

Theme leader: Trafikverket

Theme leader: Interporto Bologna

Theme leader:Berlin Institute of

Technology

Theme leader: Tiroler

Landesregierung

Page 6: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Objective: Identification of innovative Services and Transport Techniques

Evaluation Methodology1. Sorting and Clustering

Clusters (Core fields)

Last Mile Access

Alternative Fuels

Vehicle Improvement

Alternative Transport Systems

Specialised containers

Port Innovation

Improved utilisation rate

Cluster Group A

Cluster Group B

Measure 1Measure 2Measure 3

Measure 4Measure 5...

... ...

Transport Flow Improvement

Cluster Group A

Cluster Group B

Measure 1Measure 2Measure 3

Measure 4Measure 5...

... ...

Modal Shift

Cluster Group A

Cluster Group B

Measure 1Measure 2Measure 3

Measure 4Measure 5...

... ...

Energy and GHG Reduction

Cluster Group A

Cluster Group B

Measure 1Measure 2Measure 3

Measure 4Measure 5...

... ...

Measures for Noise Reduction

Page 7: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Evaluation Methodology2. Development of an Analysis Method

Two-phase approach:

Utility analysis

supported by a

STEEP analysis

Evaluation Workflow:

Setting up the assessment criteria

Weighting of the objective criteria

Evaluation of alternatives

Determination of total utility by aggregating the part-values

Selection of the best alternatives

Page 8: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Assessment Criteria

Greening Effect: Potential to promote green and sustainable freight transport in Europe.

Marketability: To estimate whether a measure can be implemented and ever come in question for further considerations.

Corridor Scope: Assess whether a measure is bound to a certain corridor or can be readily transferred to TEN-T corridors.

Util

ity w

eigh

ting

Greening Effect: 0.5

Marketability: 0.35

Corridor Scope: 0.15

Weighting of criteria of the utility analysis:(1st level)

Page 9: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Assessment Criteria

Successive consideration of all five areas

Avoids to overlook important factors or even whole topics during the evaluation

General method was transferred to asses Swiftly Green transport measures

S • Social

T • Technical

E • Economic

E • Ecological

P • Political

Assessment Criteria of a STEEP analysis:

Page 10: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

STEEP applied to Swiftly Green

Inclusion of the STEEP analysis in the utility analysis allows considering a wide range of important criteria

It outlines the factors to be considered in the analysis

· Acceptance of measures by· corridor users· people

affected by corridor

· Stage of development

· Interoperability· Infrastructure

· Investement costs· Lifecycle costs

· Noise load· Energy

consumption· GHG emissions· geographic

circumstances

· legal restrictions on· EU level· National level· regional level

S T E E P

Page 11: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Evaluation Results(Utility analysis)

Expected results:

Deeper knowledge on what is needed, what is useful and

what is not useful, for greening of transport

Point out measures that are not successful

Useful measures: preparation as recommendation and for

further tests & validation

Further evaluation - Estimate effectiveness of measures in terms of greening transport:

On a general level

The application in the corridor

Possibility for adaption to other TEN-T corridors

Visualisation of results for quick evaluation

Further analysis and comparison of measures is necessary for final evaluation

Page 12: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Evaluation Results(Comprehensive fact sheets)

• Summary of all evaluated measures as fact sheets

• Utility analysis and further evaluation criteria of the STEEP analysis

Additionally:

• Transferability: Recommendations according to the applicability of the measure along the corridor and other corridors

Page 13: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Evaluation Results(Fact sheet example)

Page 14: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

Summary

Identification of measures for the greening objectives: Noise reduction Energy consumption and GHG Emissions Modal shift Increased transport flow efficiency

Analyzation of measures in four thematic groups: Infrastructure, Logistics Solutions, Transport Technique, Politics and Regulations

More than 100 measures (the most relevant) have been chosen (or an example of those) and evaluated

Clear presentation in fact sheets, tables and graphics

Results passed to the Toolbox

Page 15: Methodology used by SWIFTLY Green 26th November 2015 Gernoth Götz, Prof. Markus Hecht Berlin Institute of Technology (Technische Universität Berlin) Contact:

www.swiftlygreen.eu

Thank you for your attention.

Contact:

Gernoth Götz ([email protected])Markus Hecht ([email protected])