Publication result detail

INVESTIGATION OF THE MUTUAL INTERACTION OF CARBON AND ORGANIC EXPANDER ON THE PERFORMANCE OF NEGATIVE LEAD ACCUMULATOR ELECTRODES DURING PSoC OPERATION – part I

TOŠER, P.; BAČA, P.; FRK, M.; ČUDEK, P.; MICKA, K.; VYROUBAL, P.

Original Title

INVESTIGATION OF THE MUTUAL INTERACTION OF CARBON AND ORGANIC EXPANDER ON THE PERFORMANCE OF NEGATIVE LEAD ACCUMULATOR ELECTRODES DURING PSoC OPERATION – part I

English Title

INVESTIGATION OF THE MUTUAL INTERACTION OF CARBON AND ORGANIC EXPANDER ON THE PERFORMANCE OF NEGATIVE LEAD ACCUMULATOR ELECTRODES DURING PSoC OPERATION – part I

Type

Peer-reviewed article not indexed in WoS or Scopus

Original Abstract

The electrochemical energy storage in automobiles faces the possibility of a substantial change, namely the introduction of the proposed 36/42 V electrical system for vehicles that remain primarily powered by internal combustion engines, and for hybrid electric vehicles. The duty regime for these applications requires the battery to be held at a partial state of charge for most of its life and to supply and accept charge at rates substantially higher than current ones. This paper deals with a detailed investigation of the synergic action and mutual interaction of carbon and organic expander on negative lead accumulator electrodes operating under Hybrid Electric Vehicle (HEV) duty in the Partial State of Charge (PSoC) regime. This will contribute to the efforts to increase their cycle life, specific energy and to elucidate the causes of their Premature Capacity Loss (PCL3).

English abstract

The electrochemical energy storage in automobiles faces the possibility of a substantial change, namely the introduction of the proposed 36/42 V electrical system for vehicles that remain primarily powered by internal combustion engines, and for hybrid electric vehicles. The duty regime for these applications requires the battery to be held at a partial state of charge for most of its life and to supply and accept charge at rates substantially higher than current ones. This paper deals with a detailed investigation of the synergic action and mutual interaction of carbon and organic expander on negative lead accumulator electrodes operating under Hybrid Electric Vehicle (HEV) duty in the Partial State of Charge (PSoC) regime. This will contribute to the efforts to increase their cycle life, specific energy and to elucidate the causes of their Premature Capacity Loss (PCL3).

Keywords

organic expander, lignosulfonate, interaction, negative active mass

Key words in English

organic expander, lignosulfonate, interaction, negative active mass

Authors

TOŠER, P.; BAČA, P.; FRK, M.; ČUDEK, P.; MICKA, K.; VYROUBAL, P.

Released

09.06.2014

Publisher

GEA 2000

Location

Sofia, Bulgaria

Book

9th International Conference on Lead-acid Batteries - Proceedings

Edition

1

ISBN

2367-4881

Periodical

9 th International conference on lead-acid batteries - LABAT 2014 PROCEEDINGS

Volume

2014

Number

1

State

Republic of Bulgaria

Pages from

61

Pages to

64

Pages count

4

BibTex

@article{BUT107913,
  author="Pavel {Tošer} and Petr {Bača} and Martin {Frk} and Pavel {Čudek} and Karel {Micka} and Petr {Vyroubal}",
  title="INVESTIGATION OF THE MUTUAL INTERACTION OF CARBON AND ORGANIC EXPANDER ON THE PERFORMANCE OF NEGATIVE LEAD ACCUMULATOR ELECTRODES DURING PSoC OPERATION – part I",
  journal="9 th International conference on lead-acid batteries - LABAT 2014 PROCEEDINGS",
  year="2014",
  volume="2014",
  number="1",
  pages="61--64",
  issn="2367-4881"
}