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20篇 您的检索式:作者名="Vinassa"
    题名 作者 年代 出处 被引量
1Comparison of three topologies and controls of a hybrid energy storage system for microgrids显示文摘A. Etxeberria I. Vechiu H. Camblong J.-M. Vinassa 2011Energy Conversion and Management2011,,1:1
2Comparison of Sliding Mode and PI Control of a Hybrid Energy Storage System in a Microgrid Application显示文摘A. Etxeberria I. Vechiu H. Camblong J.-M. Vinassa 2011Energy Procedia2011,,:1
3Power cycling tests for accelerated ageing of ultracapacitors 显示文摘Briat O LajnefW Vinassa J M 2006Microelectronics Reliability2006,46,911:1
4Principle, design and experimental validation of a flywheel-battery hybrid source for heavy-duty electric vehicles显示文摘Briat 0 Vinassa J M Lajnef W 2007Electric Power Applications2007,1,5:1
5First step in the reliability assessment of ultracapacitors used as power source in hybrid electric vehicles显示文摘Lajnef W Vinassa J M 2004Microelectronics Reliability2004,44,9:1
6Analysis of the dynamic behavior changes of supercapacitors during calendar life test under several voltages and temperatures conditions显示文摘E1Brouji H Briat O Vinassa J M 2009Microelectronics Reliability2009,49,911:1
7Quantification of ageing of ultracapacitors during cycling tests with current profile characteristics of hybrid and electric vehicles application显示文摘LajnefW Vinassa J M Briat O 2007IET Electric Power Applications2007,1,5:1
8Comparison between changes of ultracapacitors model parameters during calendar life and power cycling ageing tests 显示文摘E1 Brouji H Briat O Vinassa J M 2008Microelectronics Reliability2008,48,89:1
9Principle design and experimental validation of a flywheel-battery hy- brid source for heavy-duty electric vehicles显示文摘Briat O Vinassa J M Lajnef W 2007Elec- tric Power Applications lET2007,1,5:1
10A novel current control strategy in trapezoidal EMF actuators to minimize torque rippies due to phase commutations 显示文摘CROS J VINASSA J M CLENET S 1993In Proc Eur Power Electron Conf1993,,:1
11Contribution of calendar ageing modes in the performances degradation of supercapacitors during power cycling显示文摘Briat O Vinassa J M Bertrand N 2010Microelectronics Reliability2010,50,911:1
12Characteri- zation methods and modelling of ultracapacitors for use as peak power sources显示文摘Lajnef W Vinassa J M Briat O 2007Journal of Power Sources2007,168,2:1
13First step in the reliability assessment of ultracapacitors used as power source in hybrid electric vehicles显示文摘LajnefW Vinassa J M Azzopardi S etal 2004Microelectronics Reliability2004,44,911:1
14Monitoring fading rate of ultracapacitors using online characterization during power cycling显示文摘LajnefW Vinassa J M Briat O 2007Microelectronics Reliability2007,47,911:1
15Character- ization methods and modelling of ultracapacitors for use as peak power sources显示文摘Lajnef W Vinassa J M Briat O 2007J Power Sour2007,168,2:1
16Lithium-ion battery performance improvement based on capacity recovery exploitation显示文摘Akram Eddahech Olivier Briat Jean-Michel Vinassa 2013Electrochimica Acta2013,114,:1
17Analysis of the dynamic behavior changes of supercapacitors during calendar life test under several voltages and temperatures conditions 显示文摘BROUJI H E BRIAT O VINASSA J M 2009Microelectron Reliab2009,49,13:1
18Capacitance recovery analysis and modelling of supercapacitors during cycling ageing, tests显示文摘Chaari R Briat O Vinassa J 2014Energy Conversion and Management2014,82,1:1
19Specification and use of pulsed current profiles for ultracapacitors power cycling显示文摘Lajnef W Vinassa J M Briat O 2005Microelectronics Reliability2005,45,:1
20Thermal characterization of a high-power lithium-ion battery:Potentiometric and calorimetric measurement of entropy changes显示文摘Eddahech A Briat O Vinassa J M 2013Energy2013,61,:1
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