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(6)
Double Layer
Emerging Technology
Energy Storage
Equivalent Circuit
Low Voltage
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Classical equivalent circuit parameters for a doublelayer capacitor
Classical equivalent circuit parameters for a doublelayer capacitor,10.1109/7.869502,IEEE Transactions on Aerospace and Electronic Systems,R. L. Spyk
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Classical equivalent circuit parameters for a doublelayer capacitor
(
Citations: 33
)
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R. L. Spyker
,
R. M. Nelms
As an
emerging technology
in the area of energy storage, the doublelayer capacitor is a promising device for certain niche applications. The doublelayer capacitor is a
low voltage
device exhibiting an extremely high capacitance value in comparison with other capacitor technologies of a similar physical size. Capacitors with values in excess of 1500 F are now available. In slow discharge applications on the order of a few seconds, the classical
equivalent circuit
for a doublelayer capacitor, composed of a capacitance (C), an equivalent parallel resistance (EPR), and an
equivalent series resistance
(ESR), can adequately describe capacitor performance. The focus of this work is the determination of these parameters for four different capacitors from discharge data using standard laboratory equipment such as an oscilloscope. Capacitance values are calculated using a change in stored energy approach which allows determination of an initial capacitance, a discharge capacitance, and variations in capacitance with voltage. The sensitivity of ESR and capacitance to charge rate and initial charge voltage is also reported
Journal:
IEEE Transactions on Aerospace and Electronic Systems  IEEE TRANS AEROSP ELECTRON SY
, vol. 36, no. 3, pp. 829836, 2000
DOI:
10.1109/7.869502
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Citation Context
(18)
...In the literature, there are many models and equivalent circuits proposed for this device [
36
]...
Nihal Kularatna
,
et al.
Surge Capability Testing of Supercapacitor Families Using a Lightning ...
...is inadequate to characterize the SC behavior in high frequencies [
8
]...
Fatih Cingoz
,
et al.
Reduced order, highfidelity modeling of energy storage units in vehic...
...Fig. 3 shows the UC equivalent circuit model [
4
], u C is the total capacitance of the UC bank, s R represents an equivalent series charging and discharging resistance, and P R , an equivalent self charging parallel resistance [4]...
...Fig. 3 shows the UC equivalent circuit model [4], u C is the total capacitance of the UC bank, s R represents an equivalent series charging and discharging resistance, and P R , an equivalent self charging parallel resistance [
4
]...
...This UC equivalent circuit is very similar to the FC equivalent circuit in Fig. The voltage of the RC circuit in Fig.3 can be expressed as a time function (6) [
4
]...
Woonki Na
.
Ripple current reduction using multidimensional sliding mode control ...
...An equivalent electric circuit model [
2
] is used for the supercapacitor bank, shown in Fig. 2, as it provides a good compromise between complexity, accuracy and simulation time for system level studies [3]...
R. Todd
,
et al.
Supercapacitorbased energy management for future aircraft systems
...In an SC modeling field, most of the proposed models are equivalent electrical models [10]‐[13], [17]‐[
21
]...
Nicolas Bertrand
,
et al.
Embedded Fractional Nonlinear Supercapacitor Model and Its Parametric ...
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(
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Sort by:
Citations
(33)
Surge Capability Testing of Supercapacitor Families Using a Lightning Surge Simulator
Nihal Kularatna
,
Jayathu Fernando
,
Amit Pandey
,
Sisira James
Journal:
IEEE Transactions on Industrial Electronics  IEEE TRANS IND ELECTRON
, vol. 58, no. 10, pp. 49424949, 2011
Application of super capacitor energy storage in microgrid system
Prashant Kumar Soori
,
Subhas Chandra Shetty
,
Sibi Chacko
Conference:
IEEE GCC Conference & Exhibition  GCC
, 2011
Reduced order, highfidelity modeling of energy storage units in vehicular power systems
Fatih Cingoz
,
Ali Bidram
,
Ali Davoudi
Conference:
Vehicle Power and Propulsion IEEE Conference  VPPC
, pp. 16, 2011
Charge evaluation of EDLC for autonomous microgrid energy storage
Qingshan Xu
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Hui Cai
,
Guoqing Tang
,
Kazuto Yukita
,
Katsuhiro Ichiyanagi
Journal:
Electrical Engineering  ELECTR ENG
, vol. 93, no. 1, pp. 18, 2011
Studies of multitype composite energy storage for the photovoltaic generation system in a microgrid
Zhongqiu Wang
,
Gengyin Li
,
Gang Li
,
Hao Yue
Conference:
International Conference on Electric Utility Deregulation and Restructuring and Power Technologies  DRPT
, 2011