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Critical Factors in the Use of Battery for Automotive Propulsion of Urban Family Electric Vehicle
Technical Paper
2013-36-0400
ISSN: 0148-7191, e-ISSN: 2688-3627
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Language:
English
Abstract
Historically, the means of vehicle propulsion - sources of mechanical work - comprise Otto or Diesel cycle engines. However, in hybrid or purely electric powertrain, the arrangements of power train can be configured in a whole range of new possibilities. The demands of working arrangements and specific performance in automotive applications are now imposed on the electric motorization. The electrical energy storage has been of interest for science and technology by the multiplicity of solutions that depend on this function. The theoretical principles evolved as well the technological resources and knowledge of materials. This article discusses batteries in order to focus on the applications of automotive propulsion for Urban Family Electric Vehicle. There are several technology alternatives for batteries for vehicle propulsion application. The proposed solutions bring various situations where there is conflicting choices - trade off - when considered from the perspective of applications and users. This survey lists the types of batteries currently in development and its characteristics for vehicle propulsion. The research is qualitative with primary data obtained through interviews with experts, and secondary data taken from literature and technical publications. In light of the data collected and the theoretical basis this research studies the relationships proposed in the research object. Therefore, technical factors critical in the use of batteries that impact the acceptance of electric vehicle user's point of view were analyzed: energy performance, the charging time of the battery, and power to weight ratio, the ratio of energy delivery, the volume the package in the vehicle, the masses added to the vehicle and its distribution. Additionally, was verified the existence of factors related to security: environment aspects and occupants in situations involving accidents. It is expected, with the identification of such factors, to contribute to further studies in this research field.
Authors
Citation
Jussani, A. and Albertin, J., "Critical Factors in the Use of Battery for Automotive Propulsion of Urban Family Electric Vehicle," SAE Technical Paper 2013-36-0400, 2013, https://doi.org/10.4271/2013-36-0400.Also In
References
- BARAN , R. ; LEGEY , L. F. L. Veículos elétricos : História e perspectivas no Brasil BNDES Setorial 33 207 224 http://www.bndes.gov.br-/SiteBNDES/export/sites/default/bndes_pt/Galerias/Arquivos/conhecimento/bnset 21 03 2013
- ITAIP⁄ https://planejamento.gov.br/-cadastros/noticias/2013/2/20/itaipu-quer-desenvolvercadeia-do-carro-eletrico 21 03 2013
- HENSLEY , R. ; KNUPFER , S. ; PINNER , D. Electrifying Cars: How three industries will envolve McKinsey Quarterly 3 87 96 2009
- HOYER , K. G. The history of alternative fuels in transportation : The case of electric and hybrid cars Oslo Elsevier 2007
- E-VOLUTION http://evolutiongmbh.com 21 03 2013
- GAZETA do Povo Curitiba 94 03 02 2013 http://www.gazetadopovo.com.br-/mundo/conteudo.phtml?id=1341667&tit=Carro-eletricoconquista-ruas-de-Paris 10 05 2013
- AUDI http://www.audi.com.br-/br/brand/pt/vorsprung_durch_technik/etron/the_glossary. html 03 04 2013
- BETTER PLACE http://www.betterplace.com/ 20 03 2013
- CAR2GO Welcome to car2go http://www.car2go.com 22 02 2013
- ZIPCAR Car sharing: an alternative to car rental and car ownership http://www.zipcar.com 11 10 2011
- CALSTART Energy storage compendium : batteries for electric and hybrid heavy duty vehicles Pasadena, CA Calstart mar. 2010 http://www.-evworkplace.org/ 21 03 2013
- GCC Green car Congress : Energy, Technologies, Issues and Policies for Sustainable Mobility http://www.greencarcongress.com/2008/05/the-batterypac.html 31 03 2013
- CASTRO , B. H. R et al. Baterias automotivas: Panorama da indústria no Brasil BNDES Setorial 37 443 496 http://www.bndes.gov.br/Site-BNDES/export/sites/default/bndes_pt/Galerias/Arquivos/conhecimento/bnset 21 03 2013
- DINGER , A. et al. Batteries for electric cars : challenges, opportunities, and the outlook to 2020 BCG 2010
- ALBERTIN , J. L. ; JUSSANI , A. C. Concept of an Urban Family Electric Vehicle SAE International 2011 São Paulo SAE International 2011
- MARCONI , M. A. ; LAKATOS , E. M. Fundamentos de metodologia científica 6 São Paulo Atlas 2005
- IMPINNISI , P. R. Baterias para VE: Oficina de trabalho sobre veículos elétricos BNDES Rio de Janeiro 12 05 2010
- BURKE , A. ; JUNGERS , B. ; YANG , C. ; OGDEN , J. Battery electric vehicles: An assessment of technology and factors influencing market readiness UC Davis, Institute of Transportation Studies Davis, USA 2007
- CHRISTEN , T. ; CARLEN , M. W. Theory of Ragone plots Journal of Power Sources 91 2 Dec. 2000
- SAE Volkswagen XL1 : Tecnologia de baixo consumo São Paulo 12 53 16 19 jan mar 2013