Minimization of resource costs, improving the environmental and operational safety of urban road transport using braking energy recovery systems

The article assesses the cost minimization, as well as the environmental and operational safety of urban road transport in the Russian Federation. It is clear that the most reliable and promising systems for the recovery of car braking energy are systems equipped with a pneumo-hydraulic accumulator....

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Published inIOP conference series. Materials Science and Engineering Vol. 632; no. 1; pp. 12065 - 12070
Main Authors Ryabov, I M, Shiryaev, S A, Kovalev, A M, Rayushkina, A A, Danilov, S V, Yusupov, Yu G, Omarova, Z K
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.10.2019
Subjects
Braking
Energy recovery
Energy recovery systems
Optimization
Road transportation
Safety
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Abstract The article assesses the cost minimization, as well as the environmental and operational safety of urban road transport in the Russian Federation. It is clear that the most reliable and promising systems for the recovery of car braking energy are systems equipped with a pneumo-hydraulic accumulator. Pneumo-hydraulic braking energy recovery systems can reduce fuel costs and the emission of harmful substances more than 2 times.
AbstractList The article assesses the cost minimization, as well as the environmental and operational safety of urban road transport in the Russian Federation. It is clear that the most reliable and promising systems for the recovery of car braking energy are systems equipped with a pneumo-hydraulic accumulator. Pneumo-hydraulic braking energy recovery systems can reduce fuel costs and the emission of harmful substances more than 2 times.
Abstract The article assesses the cost minimization, as well as the environmental and operational safety of urban road transport in the Russian Federation. It is clear that the most reliable and promising systems for the recovery of car braking energy are systems equipped with a pneumo-hydraulic accumulator. Pneumo-hydraulic braking energy recovery systems can reduce fuel costs and the emission of harmful substances more than 2 times.
Author Kovalev, A M
Omarova, Z K
Shiryaev, S A
Ryabov, I M
Danilov, S V
Rayushkina, A A
Yusupov, Yu G
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Cites_doi 10.4271/1999-01-0623
10.4271/2007-01-4152
10.1016/j.apenergy.2004.06.005
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References Yu (MSE_632_1_012065bib1) 1987
Gulia (MSE_632_1_012065bib8) 1980
Chudakov (MSE_632_1_012065bib2) 1940
Ryabov (MSE_632_1_012065bib4) 2011
Achten (MSE_632_1_012065bib9) 2007
Huang (MSE_632_1_012065bib11) 2005; 81
Schechter (MSE_632_1_012065bib10) 1999
Trajkovic (MSE_632_1_012065bib12) 2010
Belousov (MSE_632_1_012065bib6) 2013
Bukharin (MSE_632_1_012065bib3) 1950
Ryabov (MSE_632_1_012065bib7) 2011
Kovalev (MSE_632_1_012065bib5) 2012
References_xml – year: 1999
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  article-title: New Cycles for Automobile Engines
  doi: 10.4271/1999-01-0623
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    fullname: Schechter
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  contributor:
    fullname: Gulia
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  ident: MSE_632_1_012065bib9
  article-title: The Hydrid Transmission
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    fullname: Achten
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  start-page: 1
  year: 2005
  ident: MSE_632_1_012065bib11
  article-title: Energy-Saving Hybrid Vehicle Using a Pneumatic-Power System
  publication-title: Applied Energy
  doi: 10.1016/j.apenergy.2004.06.005
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    fullname: Huang
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StartPage 12065
SubjectTerms Braking
Energy recovery
Energy recovery systems
Optimization
Road transportation
Safety
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Title Minimization of resource costs, improving the environmental and operational safety of urban road transport using braking energy recovery systems
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