Paradigm Shift in Urban Mobility - Towards Factor 10 of Automobility
von: Tomasz Janasz
Springer Gabler, 2017
ISBN: 9783658204600
Sprache: Englisch
384 Seiten, Download: 10489 KB
Format: PDF, auch als Online-Lesen
Foreword | 6 | ||
Foreword | 8 | ||
Acknowledgments | 10 | ||
Abstract | 12 | ||
Table of Contents | 13 | ||
PREFACE Introduction to the Dissertation | 28 | ||
1 Sustainable Development | 28 | ||
1.1 Current State of Affairs | 28 | ||
1.1.1 Green Economy | 28 | ||
1.1.2 Substantial Change | 29 | ||
1.1.3 Sustainability as a Regulative Idea | 30 | ||
1.2 The Great Transformation | 31 | ||
1.3 Transformative Literacy | 32 | ||
2 Object of Investigation: Automobility | 35 | ||
2.1 Problem Statement | 35 | ||
2.2 The Concept of Factor Ten | 39 | ||
2.3 Transformative Literacy for the Paradigm Shift in Urban Mobility | 39 | ||
2.4 Limitations | 43 | ||
PART I Factor 10 of Automobility: Undiscovered Potentials | 45 | ||
3 Part I: Introduction | 45 | ||
4 Towards a New Concept of Car Efficiency | 45 | ||
4.1 Resource Management | 45 | ||
4.2 Extending the Understanding of Car Efficiency | 48 | ||
4.3 Redefining the Notion of Car Efficiency | 49 | ||
5 Concepts for Shifting the Efficiency of Car Usage | 51 | ||
5.1 Carsharing: What is it? | 51 | ||
5.2 Ridesharing: What is it? | 53 | ||
6 Efficiency Potentials of Automobility | 54 | ||
6.1 Calculation Model for Efficiency Potentials | 54 | ||
6.1.1 Fundamental Terminology | 54 | ||
6.1.2 Carsharing: Calculation for timely synchronized rides | 55 | ||
6.1.3 Ridesharing: Calculation for higher occupancy level of a car | 56 | ||
6.2 Hypothetical Efficiency Calculations for Car- and Ridesharing | 56 | ||
6.2.1 Leisure Traffic in Switzerland | 58 | ||
6.2.1.1 Carsharing: Efficiency Potentials | 60 | ||
6.2.1.2 Ridesharing: Efficiency Potentials | 61 | ||
6.2.1.3 CIPS: Calculation with Real Data | 62 | ||
6.2.2 Work Traffic in Switzerland | 64 | ||
6.2.2.1 Ridesharing: Efficiency Potentials | 66 | ||
6.2.2.2 CIPS: Calculation with Real Data | 67 | ||
6.3 Conclusions | 69 | ||
6.4 Limitations | 70 | ||
7 On the Way to Factor 10 of Automobility | 72 | ||
7.1 Shared Autonomous Vehicles: What is it? | 72 | ||
7.2 Efficiency Potentials | 73 | ||
7.2.1 Literature | 73 | ||
7.2.2 Shared Mobility Concepts and Autonomous Vehicles | 75 | ||
7.2.3 Case Studies | 76 | ||
7.3 Analysis and Limitations | 83 | ||
7.3.1 Quality of Service | 83 | ||
7.3.2 Average Vehicle Occupancy | 84 | ||
7.3.3 Implications on Total Distance and Empty-Vehicle-Performance | 84 | ||
7.3.4 Reduction in Parking Infrastructure | 85 | ||
7.3.5 Environmental Impacts with regard to GHG Emissions and Energy Use | 86 | ||
7.3.6 Costs of the System | 87 | ||
7.3.7 Further limitations | 90 | ||
7.4 Next Steps for Further Research | 90 | ||
PART II Digital Technologies and Business Model Innovations for Urban Mobility | 92 | ||
8 Part II: Introduction | 92 | ||
8.1 Objectives | 92 | ||
8.2 Research Design and Methodology in Part II | 93 | ||
9 Literature Review | 96 | ||
9.1 Literature Review Strategy | 96 | ||
9.1.1 Areas of Interest | 96 | ||
9.1.2 Research Domains and Limitations | 97 | ||
9.1.3 Strategy for the Literature Review | 98 | ||
9.1.3.1 Literature Review via a Database | 98 | ||
9.1.3.2 Literature Review on Future-Oriented Urban Mobility | 102 | ||
9.2 Initial Literature Discussion | 103 | ||
10 Results of the Literature Review | 106 | ||
10.1 Mobility Value Chain | 106 | ||
10.2 Mobility Innovation Elements | 108 | ||
10.2.1 Automobile Innovation | 110 | ||
10.2.2 Mobility Services | 111 | ||
10.2.3 Mobility Infrastructure | 113 | ||
10.2.4 Mobility Information | 113 | ||
10.3 Digital Technology Developments for Application in Urban Mobility | 116 | ||
10.3.1 Introduction | 116 | ||
10.3.2 Digital technology: What is it? | 117 | ||
10.3.2.1 Perception Technologies | 119 | ||
10.3.2.2 Network Technologies | 123 | ||
10.3.2.3 Support/Infrastructure Technologies | 125 | ||
10.3.2.4 Application Interfaces | 129 | ||
10.3.2.5 Security and Privacy | 130 | ||
10.4 Actors of Urban Mobility | 131 | ||
10.5 Business Models for Urban Mobility | 135 | ||
10.5.1 Initial Considerations | 135 | ||
10.5.2 Outcomes from the Literature Review | 137 | ||
10.5.3 Business Model Archetypes for Urban Mobility | 138 | ||
11 Innovating and Developing Business Models for Urban Mobility | 141 | ||
11.1 Introduction | 141 | ||
11.2 Business Model Innovation | 141 | ||
11.3 Developing a Business Model Framework | 141 | ||
11.4 Business Model Patterns | 145 | ||
12 Typology of Digital Business Models for Emerging Shared Auto-mobility Services | 149 | ||
12.1 Introduction | 149 | ||
12.1.1 Focus area | 149 | ||
12.1.2 Research Methodology | 150 | ||
12.2 Prototype 1: Digital Carsharing | 150 | ||
12.2.1 Carsharing: Business Concepts | 150 | ||
12.2.2 Case Study: smexx GmbH | 152 | ||
12.2.2.1 Introduction to smexx GmbH | 152 | ||
12.2.2.2 Possible Use Cases | 154 | ||
12.2.2.3 Business Model Analysis | 157 | ||
12.2.2.4 Business Model Patterns | 165 | ||
12.2.2.5 Business Model Innovation | 166 | ||
12.2.3 Proposition: Digital Carsharing | 168 | ||
12.3 Prototype 2: Digital Ridesharing | 169 | ||
12.3.1 Ridesharing: Business Concepts | 169 | ||
12.3.2 Case Study: TwoGo® by SAP | 173 | ||
12.3.2.1 Introduction to TwoGo by SAP | 173 | ||
12.3.2.2 Possible Use Cases | 176 | ||
12.3.2.3 Business Model Analysis | 180 | ||
12.3.2.4 Business Model Patterns | 191 | ||
12.3.2.5 Business Model Innovation | 192 | ||
12.3.3 Proposition: Digital Ridesharing | 194 | ||
12.4 Further Prototypes | 195 | ||
12.4.1 Prototype 3: Automobility on Demand | 196 | ||
12.4.2 Prototype 4: Autonomous Vehicles | 200 | ||
12.4.3 Prototype 5: Shared Autonomous Automobility Services | 203 | ||
12.4.4 Prototype 6: Internet of Mobility | 206 | ||
12.5 [Excursus] The Smart Ways Project | 214 | ||
12.6 Conclusions | 217 | ||
PART III Overcoming Automobility Dependence: Policy Interventions | 220 | ||
13 Part III: Introduction | 220 | ||
14 Policies for Sustainable Mobility | 221 | ||
14.1 Introduction | 221 | ||
14.2 Push Policies | 223 | ||
14.2.1 Economics of Transport Externalities | 223 | ||
14.2.2 Command-and-Control Policies | 227 | ||
14.2.3 Incentive-Based Policies | 229 | ||
14.3 Pull Policies | 231 | ||
14.3.1 Integration of Public Transport | 231 | ||
14.3.2 Walking and Cycling | 233 | ||
14.3.3 Innovative Alternatives and Soft Policies | 235 | ||
14.3.4 Smart Policies | 238 | ||
14.4 Physical Policies | 240 | ||
14.4.1 City Design | 241 | ||
14.4.2 Car Parking Provision | 243 | ||
14.4.3 Accessibility | 243 | ||
14.4.4 Mixed-use Development | 244 | ||
14.4.5 Planning Regulations | 245 | ||
15 Sustainable Mobility in the Context of Consistency in Transport Policy | 246 | ||
15.1 Policy Combination and Integration | 246 | ||
15.2 Policy Consistency | 247 | ||
PART IV Transformative Literacy: Case Study City of Basel | 252 | ||
16 Part IV: Introduction | 252 | ||
16.1 Objectives | 252 | ||
16.2 Why City of Basel? | 253 | ||
16.3 Research Design, Methodology and Methods in Part IV | 254 | ||
17 Case Study - City of Basel | 257 | ||
17.1 Introduction | 257 | ||
17.2 City of Basel | 259 | ||
17.3 Transport Policy in Basel until 2010 | 261 | ||
17.3.1 Brief history of the Mobility in Basel | 261 | ||
17.3.2 Policy Objectives until 2010 | 263 | ||
17.3.2.1 Parking Policy | 263 | ||
17.3.2.2 Cycling Policy | 264 | ||
17.3.2.3 Tram Policy | 264 | ||
17.3.3 Interim Conclusions as of 2010 | 266 | ||
17.4 Mobility Strategy for the Future since 2010 | 266 | ||
17.4.1 City Initiative | 266 | ||
17.4.2 Template for the City of Basel | 267 | ||
17.4.3 Towards the New Vision of Transport Policy in Basel | 269 | ||
17.4.3.1 Cantonal Office of Mobility | 269 | ||
17.4.3.2 Definition of Transport Policy Objectives and Strategic Priorities | 272 | ||
17.4.4 Integrated Policy-Making for Sustainable Mobility39 | 274 | ||
17.4.4.1 Conflicts and Trade-Offs | 274 | ||
17.4.4.2 Ensuring Coordination and Integration | 275 | ||
17.4.4.3 Stiig-Um | 280 | ||
17.4.4.4 Strategic Action Plan | 281 | ||
17.4.5 Monitoring, Controlling and Communication | 282 | ||
17.5 Lighthouse Cases: Future of Mobility in Basel | 283 | ||
17.5.1 Road Traffic: Case - Urban Traffic Management System | 283 | ||
17.5.2 Parking Space: Case - Parking Regime | 286 | ||
17.5.3 Walking and Cycling: Case - Commuter Fund | 287 | ||
17.5.4 Public Transport: Case - Herzstück | 288 | ||
17.5.5 Freight Transport: Case - Concept of Urban Freight Transport | 289 | ||
17.5.6 Public Road Space: Case - Concept 30 km/h Zones | 290 | ||
17.5.7 Mobility Management: Case - Basel on the Way | 291 | ||
17.5.8 Mobility Pricing | 292 | ||
18 Transformative Literacy for the Transition towards the Paradigm of Sustainable Mobility | 294 | ||
18.1 Preliminary Considerations | 294 | ||
18.1.1 Introduction | 294 | ||
18.1.2 Understanding Critical Influencing Factors | 294 | ||
18.1.3 Summary of Previous Research Results | 296 | ||
18.1.4 Conclusions for Further Investigation | 298 | ||
18.2 Transformative Literacy: Analysis of the Case - City of Basel | 300 | ||
18.2.1 Remarks regarding the analysis | 300 | ||
18.2.2 Technology | 301 | ||
18.2.3 Economy | 303 | ||
18.2.4 Society | 309 | ||
18.2.5 Politics | 315 | ||
18.3 Summary of the Case Study - City of Basel | 320 | ||
18.3.1 Recommendations from the Case Study | 320 | ||
18.3.2 Final Conclusions | 322 | ||
19 Framework for Integrated Sustainable Urban Mobility | 326 | ||
19.1 Towards an Integrated Framework of Sustainable Mobility | 326 | ||
19.2 Framework Development | 326 | ||
19.2.1 The Concept of Efficiency in Mobility | 327 | ||
19.2.2 The Concept of Sufficiency in Mobility | 328 | ||
19.2.3 The Concept of Consistency in Mobility | 330 | ||
19.2.3.1 Background | 330 | ||
19.2.3.2 Developing of Consistency in Mobility | 332 | ||
19.2.3.3 The Concept of Consistency in Sustainable Mobility | 335 | ||
19.3 Framework for Integrated Sustainable Urban Mobility | 338 | ||
19.4 Summary | 340 | ||
PART V Conclusions and Further Research | 342 | ||
20 Summary of the Dissertation | 342 | ||
21 Conclusions | 344 | ||
22 Further Research | 351 | ||
Publication Bibliography | 355 |