2007
DOI: 10.1016/j.jpowsour.2007.05.047
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VRLA Ultrabattery for high-rate partial-state-of-charge operation

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Cited by 129 publications
(52 citation statements)
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“…Also, it is commercially beneficial in production and recycle processes because the Pb-acid battery is made primarily from the same low-cost initial material [36]. Recently, the advanced Pbacid battery systems for on-board energy storage have been developed and applied to the HEVs [37][38][39]. A Pb-acid ultrabattery has been developed within a single battery container by Furkawa et al [37].…”
Section: Characteristics Of Pb-acid Batterymentioning
confidence: 99%
See 1 more Smart Citation
“…Also, it is commercially beneficial in production and recycle processes because the Pb-acid battery is made primarily from the same low-cost initial material [36]. Recently, the advanced Pbacid battery systems for on-board energy storage have been developed and applied to the HEVs [37][38][39]. A Pb-acid ultrabattery has been developed within a single battery container by Furkawa et al [37].…”
Section: Characteristics Of Pb-acid Batterymentioning
confidence: 99%
“…At the high frequency side, the change related to the anode surface (Pb/PbSO4) appears to be the major reason for the shape change of the impedance loop. A carbon plate functioned as a capacitor was attached to the negative plate (Pb/PbSO4) [39] in order to improve the anode performance and slow down the electrode degradation rate. Not only the burden at the negative electrode is significantly lowered, the rate performance and pulse capability are also considerably improved because of the capacitance behavior from the attached carbon electrode.…”
Section: Pb-acid Battery Test and Impedance Data Analysismentioning
confidence: 99%
“…On the other hand, electronic devices like cellular and other domestic applications incorporate nanomaterials (NMs) that improve the dissipation of heat and electric conduction, among other properties. When these articles ended the shelf life, the child collected and sent them to a final disposal site where they concentrated a large amount of nanocontaminants in the environment that are transported mainly by the water currents (Cervantes-Avilés et al, 2017).This market is at present on the increase and will cause a production of an even larger number of NiMH batteries (Lam and Louey, 2006;Fetcenko et al, 2007). At the end of their working life and when they are disposed of, the metals are susceptible of being recovered, all this can turn them into alternate forms of raw materials in the production of alloys based on Ni (Gavilán et al, 2009;Wiaux et al,2001).…”
Section: Introductionmentioning
confidence: 99%
“…Затем такая система снова запускает двигатель при отпускании водителем педали тормоза. Во вре-мя торможения автомобиля для ускоренного под-заряда аккумуляторной батареи (АБ) происходит повышение выходного напряжения генератора без увеличения оборотов двигателя и дополнительного расхода топлива [1].В аккумуляторной промышленности на протя-жении многих лет используют различные добавки [2][3][4][5][6][7][8][9][10][11][12][13][14][15][16], влияющие на структуру и фазовый состав свинцовой пасты и активной массы электродов, а также улучшающие электрические характери-стики АБ. Одной из таких добавок является угле-род в различной форме.…”
unclassified
“…Эти требования связаны с работой в недозаряженном состоянии и улучшенным приемом заряда. Эксплуа-тация АБ в не полностью заряженном состоянии является актуальной темой исследований, посколь-ку такие режимы связаны с их преждевременным выходом из строя по причине сульфатации отрица-тельного электрода [13][14][15][16].Преимущественно исследуют влияние структу-ры активной массы электродов вновь изготовленной АБ по результатам испытаний различными мето-диками на долговечность по емкости 20−часового режима разряда. Кроме того, определяют значе-ния тока холодной прокрутки и устойчивости АБ к циклированию.…”
unclassified