Transport and Energy Demand in the Developing World: The Urgent Alternatives

Abstract

The appeal of individual mobility provided today by automobiles and light trucks with internal combustion engines, makes transportation the sector most resilient to a fuel substitution away from its dependence on oil. While the number of vehicles per capita and the distance traveled per vehicle are approaching saturation levels in the industrialized countries (IEA 2002), increases in population and income per capita, economic reforms and industry globalization can result in an off-trend accelerated growth of vehicles in the economies in transition (FSU and EE) and in the developing world (China, India and Latin America, mainly). The corresponding world road use energy consumption could reach a 200 percent increase from present levels by the year 2020, instead of an already worrisome “business as usual” projection of 75 percent (BAUER 2003, 2004). This paper analyses the mitigation effect on world oil demand and on its environmental impact that a policy of leapfrogging towards energy efficient internal combustion technologies and/or alternative vehicles – hybrid or fully electric – could have.

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References

Bauer 1996, ‘Transport and the environment: Can technology provide the answers?’, Bauer

, Energy Policy, 1996, V24, No. 8, pp. 685–687.

Bauer 1997, ‘Urbanization and Transport: The Crossroads’, Bauer

, WEC Journal, July 1997. pp. 36–40.

Bauer 2003, ‘Transport and energy demand in Mexico: The personal income shock’, Bauer

Mar

and Elizalde

, Energy Policy 31, (2003) 1475–1480.

Bauer & Mar 2004, ‘Demanda de energía en el transporte: Micro comportamiento y macro indicadores’ Bauer

and Mar

, Ingeniería: Investigación y Tecnología, Mexico, 2004 (in press).

Dargay

1999, ‘Income's effect on car and vehicle ownership, worlwide: 1960–2015’, Dargay

and Gately

, Transportation Research: Part A, V.33, 1999, pp. 101–138.

Dargay

2001, ‘Modeling global vehicle ownership’, Dargay

and Gately

, Proceedings of the 9^th World Conference on Transport Research, Seoul, South Korea, July 2001.

Dongquan

2001, ‘Projections of motor vehicle growth, fuel consumption and CO₂ emissions for the next thirty years in China’, He

Dongquan

and Wang

Michael

, Center for Transportation Research, Argonne National Laboratory, 2001.

EIA 2002, ‘International Energy Outlook 2002’, Energy Information Administration, U.S. Department of Energy, 2002.

EIA 2004, ‘International Energy Outlook 2004’, Energy Information Administration, U.S. Department of Energy, 2004.

10.

Landwehr 2002 ‘Transportation projections in OECD regions’, Landwehr

and Marie-Lilliu

, International Energy Agency, Paris, France, 2002.

11.

Lin

2003, ‘Globalisation of the automobile industry in China’, Lin Gan, Energy Policy 31 (2003) 537–551).

12.

MEDLOCK 2001, Economic Development and End-Use Energy Demand, Medlock

K.B.

III and Soligo

, The Energy Journal V.22, No. 2, 2001, p. 99.

13.

MOISAN 2003, ‘The efficiency policy perspective’, Moisan

, IEA Workshop: From the Laboratory to the Market Place, Washington, DC, USA, October, 2003.

14.

Quintanilla & Bauer 1998, ‘Modified urban labor week for energy saving and pollution reduction in the transport sector’, Quintanilla

and Bauer

, Proceedings of the 17^th World Energy Congress, Houston, USA (1998). Paper 3.3.08, Vol. 5, p. 483.

15.

WEC 1998, ‘Global Transport and Energy Development – The scope for change’, World Energy Council Report, 1998.