超级电容器储能系统的应用研究综述
张慧妍1
程楠1
景阳1,2
1.北京工商大学,计算机与信息工程学院,北京 100048;
2.中国核工业集团公司,中核(北京)仪器厂,北京100176
摘要:超级电容器储能对于平滑、缓冲不稳定电能需求,改善电能质量具有重要意义。这里从基本特性、模型研
究、功率变换、控制策略及容量确定、系统综合优化与评估几个方面综述了超级电容器应用领域的研究现状,
总结了各类超级电容模型、功率电路拓扑、非线性控制策略的特点。指出应通过系统的优化评估实现超级电容
器储能系统整体性能的改善、储能利用率的提高以及构建成本的下降。
超级电容器;储能系统;功率变换器;控制策略
TM9
A
1000-100X (2011 ) 12-0051-03
A Review of Super Capacitor Energy Storage System Application Research
ZHANG Hui-yan
CHENG Nan
JING Yang
“十一五”国家科技支撑计划(2006BAA04B05)
2011-10-11
作者简介:张慧妍(1973-),女,博士,副教授,研究方向为
控制理论在超级电容器储能系统中的应用。
过程未来的
@@[1] Belhachemi F,Rael S,Davat B.A Physical Based Model of
Power Electric Double-layer Supercapacitors[A].Industry
Applications Conference[C].Rome, 2000 : 3061-3076.
@@[2] Nelms R M,Cahela D R,Bruce J.Tatarchuk.Modeling
Double Layer Capacitor Behavior Using Ladder Circuits[J].
IEEE Trans. on Aerospace and Electronic Systems,2003,
39 (2) : 430-438.
@@[3] Spyker R L,Nelms R M.Classical Equivalent Circuit Pa
rameters for a Double Layer Capacitor[J].lEEE Trans. on
Aerospace and Electronic Systems, 2000,36 (3) : 829-836.
@@[4] Schupbach,R M,Balda,J C.Comparing DC/DC Converter
for Power Management in Hybrid Electric Vehicles [A].
Electric Machines and Drives Conference[C].2003,7:
1369-1374.
@@[5] F Ciccarelli,D Lamia.Sliding-mode Control of Bidirec
tional DC/DC Converter for Super-capacitor Energy
Storage Applications[A].Intemational Symposium on Pow
er Electronics, Electrical Drives, Automation and Mo -
tion[C].2010 : 1119-1122.
@@[6] Jianbo Cao,Binggang Cao,Zhifeng Bai,et al.Energy-re
generative Fuzzy Sliding Mode Controller Design for UI
tracapacitor Battery Hybrid Power of Electric Vehicle[A].
International Conference on Mechatronics and Automa
tion[C].2007 : 1570-1575.
@@[7] A Vahidi,W Greenwell.A Decentralized Model Predic
tive Control Approach to Power Management of a fuel
cell-ultracapacitor hybrid[A].Proc. American Control Con
ference[C].2007 : 5431-5437.
@@[8] G Guidi,T M Undeland,Y Hori.Optimized Power Elec
tronics Interface for Auxiliary Power Buffer Based on
Supercapacitors[A].IEEE Vehicle Power and Propulsion
Conference[C].2008 : 1-6.
@@[9] BERNARD J, DELPRAT S, BUECHI F, et al.Global Op
timisation in the Power Management of a Fuel Cell Hy
brid Vehicle (FCHV) [A].Vehicle Power and Propulsion
Conference[C].2006 : 1-6.
@@[10] S M Halpin,S R Ashcraft.Design Considerations for Sin
gle-phase Uninterruptible Power Supplies Using Double
layer Capacitors as the Energy Storage Element[A].In
dustry Applications Conference[C].1996:2396-2403.
@@[11] Mishima T,Ohnishi T.Experimental Evaluation of the EDLC
based Power Compensator for a Partially Shaded PV Ar
ray[J].Industrial Electronics Society,2003:1308-1313.
@@[12] Perrin M,Malbranche P,Mattera F,et al.Evaluation and
Perspectives of Storage Technologys for PV Electricity[A].
Photovoltaic Energy Conversion[C].2003 : 2194-2197.