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A. Janssen, S. Lienin, F. Gassmann, A. Wokaun (2006)
Model aided policy development for the market penetration of natural gas vehicles in SwitzerlandTransportation Research Part A-policy and Practice, 40
J.C. Fracchia
An Overview of the Argentine NGV Experience
Deng Tao (2006)
On Interaction Development of Gas Refuel Stations and Gas VehiclesEconomy and Management
S. Yeh (2007)
An empirical analysis on the adoption of alternative fuel vehicles: The case of natural gas vehicles
J. Zhang, X. Zhao, B. Shi
Policy of Sourth Korea in Promting LPGV and Revelation
Jimin Zhao, M. Melaina (2006)
Transition to hydrogen-based transportation in China : Lessons learned from alternative fuel vehicle programs in the United States and ChinaEnergy Policy, 34
C. Stephan, J. Sullivan (2004)
An agent-based hydrogen vehicle/infrastructure modelProceedings of the 2004 Congress on Evolutionary Computation (IEEE Cat. No.04TH8753), 2
P. Anyon
LPG – the clean transport alternative: presenting the environmental case
ICON
The 2007‐2012 Outlook for Natural Gas Vehicles in Greater China
International Energy Agency
Key World Energy Statistics
F. Liu
Discussion on construction model of CNG refilling station in Shanghai
P. Flynn (2002)
Commercializing an alternate vehicle fuel: lessons learned from natural gas for vehiclesEnergy Policy, 30
K. Arrow (1962)
The Economic Implications of Learning by DoingThe Review of Economic Studies, 29
Reid Heffner, K. Kurani, T. Turrentine (2005)
Effects of Vehicle Image in Gasoline-Hybrid Electric Vehicles
S. Zhuang
The development of LPG and CNG in China
Vehicle Fuel Efficiency Working Group
Vehicle Fuel Efficiency: Potential Measures to Encourage the Uptake of More Fuel Efficient, Low Carbon Emission Vehicles
Li Wei-don (2009)
Analysis on LPG Industry Development and Policy Factors in Beijing
J. Weinert, Liu Shaojun, J. Ogden, Ma Jian-xin (2006)
Hydrogen refueling station costs in ShanghaiInternational Journal of Hydrogen Energy, 32
Malte Schwoon (2007)
A Tool to Optimize the Initial Distribution of Hydrogen Filling StationsTransportation Research Part D-transport and Environment, 12
Y. Tang, K. Zhu, S. Song
Study on CNG fueling station construction
Y. Guo
Discussion on the operation of CNG fueling station
W. Arthur (2014)
Complexity and the economyScience, 284 5411
L. He, B. Zhang, Y. Qi
Statistical analysis of the variables influencing adoption of NGVs in Xi'an
X. Cao, P. Mokhtarian, S. Handy (2007)
Cross-Sectional and Quasi-Panel Explorations of the Connection between the Built Environment and Auto OwnershipEnvironment and Planning A, 39
Purpose – Diffusion of a new technology and its required infrastructure is a complex process involving various adaptive decision makers interacting with each other, and this is extremely true in diffusion of alternative fuel vehicles. The purpose of this paper is to explore the dynamics of alternative fuel vehicles/infrastructure diffusion through a case study about the diffusion of NGVs (natural gas vehicles) in Shanghai, China. Design/methodology/approach – This paper first provides a case study of the adoption of NGVs in Shanghai; then the major infrastructure and economic indicators, obstacles in the market penetration process are analyzed. Finally, an agent‐based model is established to simulate the diffusion of NGVs in Shanghai. Findings – The findings show that several factors limited the adoption of NGV in Shanghai. The initial distribution of refueling stations can be critical to determining whether the technology/infrastructure system survives to become mature and successful. Therefore, the strong support offered to consumers and equipment suppliers from government is important for the market penetration. These findings are also applicable to other alternative fuel vehicles such as hydrogen. Originality/value – Little real‐world observations have been carried out on the dynamics of alternative fuel vehicles/infrastructure. The paper can enrich people's understanding about the dynamics of diffusion of alternative fuel vehicles/infrastructure and gives policy implications for initializing and keeping a successful demonstration project.
International Journal of Energy Sector Management – Emerald Publishing
Published: Apr 6, 2012
Keywords: China; Automotive fuels; Natural gas; Road vehicles; Agent‐based model; Complex adaptive systems; Market penetration; Natural gas vehicles; Refueling stations; Technology diffusion
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