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Development of Drive Cycles and Measurement of Fuel Economies of Light Duty Vehicles in Metro Manila
Technical Paper
2018-01-1758
ISSN: 0148-7191, e-ISSN: 2688-3627
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English
Abstract
The urban drive cycles for five different light duty vehicles (LDV) are developed in this study. The study presents the methodology in the development of the drive cycles in which the speed profile of the specific type of vehicle is surveyed with an on-board instrument. The speed data is processed using a program to execute the methodology in generating candidate drive cycles. The selected drive cycles are then used in the chassis dynamometer laboratory to estimate the fuel economies of each type of light duty vehicle considered. The developed drive cycles for the different types of light duty vehicles, namely (1) private cars, (2) taxis, (3) public utility jeepneys, (4) UV express, and (5) light duty trucks have average speeds of 17.97 kph, 13.57 kph, 10.87 kph, 14.69 kph and 8.43 kph respectively. The measured fuel economies for all the light duty vehicles tested ranges from 3 to 12 km/liter.
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Citation
Abaya, E., Vergel, K., Quiros, E., and Sigua, R., "Development of Drive Cycles and Measurement of Fuel Economies of Light Duty Vehicles in Metro Manila," SAE Technical Paper 2018-01-1758, 2018, https://doi.org/10.4271/2018-01-1758.Data Sets - Support Documents
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References
- Abuzo , A.A. , Sigua , R.G. , and Vergel , K. 2005
- Barlow , T.J. , Latham , S. , Mc Crae , I.S. , and Boulter , P.G. 2009
- Biona , J.M. and Culaba , A. Drive Cycle Development for Tricycle Clean Technology Environment Policy 8 131 137 2006 10.1007/s10098-006-0035-x
- De Haan , P. and Keller , M. Emission Factors for Passenger Cars: Application of Instantaneous Emission Modeling Atmospheric Environment 34 4629 4638 2000
- DieselNet Summary of Worldwide Engine and Vehicle Test Cycles http://www.dieselnet.com/standards/cycles/ 2010
- Hausberger , S. , Rexeis , M. , Zallinger , M. , and Luz , R. 2009
- Hung , W.T. , Tong , H.Y. , Lee , C.P. , Ha , K. et al. Development of a Practical Driving Cycle Construction Methodology: A Case Study in Hong Kong Transportation Research Part D: Transport and Environment 12 2 115 128 2007
- Yu , L. , Wang , Z. , and Shi , Q. 2010
- Robertson , D. Data Smoothing www.health.ottawa.ca/biomech/courses/apa6903/Data%20smoothing.ppt 2013
- Shaw , C. 2011
- Sigua , R. 1997
- Streeton , J. 2000
- Tamsanya , S. and Atthajariyaku , S. Study on the Influence of Bangkok Driving Characteristics on Exhaust Emissions and Fuel Consumption of Gasoline Passenger Car the Joint International Conference on Sustainable Energy and Environment (SEE) Hua Hin, Thailand Dec. 1-3 2004
- Schwaller , A. http://www.streetrod101.com/blog/post-title-click-and-type-to-edit5, accessed 2013
- Thull , J.P.H.M. , Williamson , M. , and Doscher , C. Energy Demand Of Light Vehicles Relative To Residential Location: Case Study Greater Christchurch, New Zealand the 10th Eastern Asia Society for Transportation Studies in 2013 Taipei, Taiwan 2013
- Tzirakis , E. , Pitsas , K. , Zannikos , F. , and Stournas , S. 2006