Modeling and simulation of hybrid auxiliary energy unit based on fuel cell/storage device

guoxia Xu


Traditional aircraft auxiliary power plant noise, large carbon emissions, low efficiency, has been unable to
meet the multi-electric/Full-power aircraft development requirements.The fuel cell has the advantages of high energy
density, zero emission, long service life, low noise and high efficiency.In this paper, a fuel cell model is established and
optimized to better reflect its steady and transient performance in.A hybrid system composed of fuel cell and super
capacitor is established as a model of aircraft auxiliary Energy Unit, which verifies that the power quality satisfies
thegjb181a-2003Standard, and compares with the traditional auxiliary power plant, showing its response
speed,Efficiency and work-weight ratio have obvious advantages.


fuel cell, super capacitor, auxiliary power plant, multi-electric plane

Full Text:



JuYa Jun.modeling of lithium iron phosphate batteries for electric vehicles andSOCestimate research[D].Anhui:


ZHUYajun.To doOnModelingandSOCEstimationofLifeo4Battery for electric vehicle [D].Anhui:hefei Universityof

Technology,2012.(in Chinese)

Jiang Juchun, Wenfeng, Wen Jiapeng, etc..modeling and of lithium-ion batteries for all-electric vehicles

Model Parameter Identification[J].Journal of Power Science and technology(1): 67-74.JIANG Jiuchun, WEN Feng,

WEN Jiapeng, et al. Li-ion BatteryModelingandon-line modelparameters

identificationforPev[j].JournalofElectricPower Scienceand Technology,2010, 25 (1): 67-74.(in Chinese)

Liu He, BAIYan,Liu Xu.Comparison, analysis and simulation of PEMFC models [J].Power Technology,:

-1608.(in Chinese)

Ryan O ' W C.Fuel Cell Basics[M].Beijing: Electronics industry Publishing House,2007.

Ryan O W C. Fuel cell Fundamentals [M].Beijing: Electronic Industry Press, 2007.(in Chinese)

Golden Branch.Research on fuel cell power supply system[D].Nanjing: Nanjing Aerospace Major Learn,2006.

JIN Ke.IOnfuel cellPowersystem[D].Nanjing:NanjingUniversity ofAeronautics andAstronautics, 2006.(in

Chinese)Zhanglitin.fuel cell system modeling and optimization control[M].Beijing: Electronics IndustryEdition,

DOI: http://dx.doi.org/10.18282/pef.v4i1.190


  • There are currently no refbacks.