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大功率光伏逆变电抗器损耗分析与优化设计 被引量：5

The Loss Analysis and Optimal Design of Inductor for High-powered PV Inverter
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摘要 光伏逆变器损耗主要为IGBT损耗和电抗器损耗,分析光伏逆变电抗器损耗对提高光伏逆变器的效率具有重要意义。基于一个容量为500k VA的三相光伏逆变器,从绕组损耗和铁芯损耗两方面详细分析电抗器的损耗,得出铝箔绕组匝数和厚度与电抗器损耗的关系,并分析了不同负载下电抗器的损耗特性,最后,引入欧洲效率的概念,得出使欧洲效率最大的铝箔匝数和厚度。 The main losses of PV inverter are IGBT loss and inductor loss. It is of great significance in improving the ef- ficiency of PV inverter for analyzing the loss of the inductor for PV inverter. This paper was based on a 500kVA 3-phase PV inverter. In this paper, the loss of inductor was analyzed from two aspects of winding loss and core loss, and acquired the relationship between the loss of inductor and winding turn numbers and foil thickness. The loss characteristics of in- ductor with different power ratings were analyzed in this paper. Finally, the winding turn numbers and foil thickness that can get the maximum European efficiency was reached based on European efficiency.
作者 陈媛冰 董纪清 陈为 洪添丁
机构地区 福州大学电气工程与自动化学院
出处 《电气开关》 2015年第5期30-33,37,共5页 Electric Switchgear
基金 福建省自然基金(2014J01178)
关键词 光伏逆变电抗器 损耗 欧洲效率 优化 inductor of PV inverter loss EU efficiency optimization
分类号 TM47 [电气工程—电器]
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参考文献10

  • 1李翔,马超群,梁琪.大功率光伏逆变器的损耗建模与分析[J].电力电子技术,2014,48(1):12-14. 被引量：7
  • 2任玉艳,高金玲,郑存芳,冯瑞江.三相光伏并网逆变器开关损耗抑制策略[J].电力电子技术,2014,48(3):7-9. 被引量：5
  • 3G. Bertotti. General properties of power losses in soft ferromagnetic ma-terials. IEEE Transactions on Magnetics, 1988 :621 -630.
  • 4Colin J. Dunlop. Modeling Magnetic Core Loss for Sinusoidal Wave-forms. B. S. , Electrical Engineering United States Naval Academy ,2002.
  • 5Reinert,J,Brockmeyer,A,De Doncker,R. W. A. A. Calculation of los-ses in ferro-and ferromagnetic materials based on the modified steinmetz equa-tion. IEEE Transactions on industry applications ,37(4) ,2001:1055 -1061.
  • 6旷建军,郑力新,卢小芬,方瑞明.非正弦励磁下磁芯损耗的计算[J].磁性材料及器件,2009,40(1):44-46. 被引量：12
  • 7Rudy Sevems. HF core loss for non - sinsoidal waveforms. Proc. HF-PC^l, 1991 ;140-148.
  • 8P. L. Dowell,B. Sc. ( Eng. ). Effects of eddy currents in transformerwindings [J ]. IEEE Trans on Power Systems, 1996,113(8): 1387 - 1394.
  • 9Hu J,Sullivan C R. The quasi-distributed gap technique for planar in-ductors .-design guidelines. IEEE IAS ,New Orleans,USA,1997:1147 —1152.
  • 10旷建军,阮新波,任小永.气隙设计对电感绕组损耗的影响[J].电子元件与材料,2007,26(10):60-63. 被引量：13

二级参考文献19

  • 1Reinert J, Brockmeyer A, De Doncker, et al. Calculation of losses in ferro and ferrimagnetic materials based on the modified steinmetz equation [J]. IEEE Trans on Industry Applications, 2001, 37(4): 1055-1061.
  • 2Durbaum T, Albach M. Core losses in transformers with an arbitrary shape of the magnetization current [A]. in Proc. EPE'95[C]: 171-176.
  • 3Severns R. HF core losses for non-sinusoidal waveforms [A]. in Proc HFPC'91 [C]: 140-148.
  • 4Boglietti A, Cavagnino A, Lazzari M, et al. Predicting iron losses in soft magnetic materials with arbitrary voltage supply: an engineering approach [J]. IEEE Trans Magn, 2003, 39(2): 981-989.
  • 5Ye L M, Skutt G R, Wolf R, et al. Improved winding design for planar inductors [A]. Proc IEEE PESC [C]. Saint Louis, USA: Proc IEEE PESC, 1997. 1561--1567.
  • 6Kutkutt N H, Divan D M. Optimal air-gap design in high-frequency foil windings [J]. IEEE Trans Power Electronics, 1998, 5(13): 942--949.
  • 7Hu J K, Sullivan C R. AC resistance of planar power inductor and the quasi-distributed gap technique [J]. IEEE Trans Power Electron, 2001, 16(4): 558--567.
  • 8Hu J, Sullivan C R. The quasi-distributed gap technique for planar inductors: design guidelines [A]. Proc IEEE IAS [C]. New Orleans, USA: Proc IEEE IAS, 1997. 1147-- 1152.
  • 9Chen W, He J N, Luo H L, et al. Winding loss analysis and new air-gap arrangement for high-frequency inductors [A]. Proc IEEE PESC [C]. Vancouver, Canada: Proc IEEE PESC, 2001. 2084--2089.
  • 10Romuald Luczhowshi, Roman Muszynski.AC Machine andTransformer Magnetic Circuit Model for Iron Loss Cal-culation at Converter Feeding [A]. IEEE International Co-nference on Industrial Technology [CJ.Maribor, Slovenia,2003:483-488.

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电气开关
2015年 第5期

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