文件列表:

FCSmodel (0, 2012-04-01)
FCSmodel\fcsmain.m (515, 2009-10-24)
FCSmodel\fcsplot.m (773, 2003-03-12)
FCSmodel\fcsystem.mdl (546633, 2012-04-01)
FCSmodel\read.m (61, 2009-03-04)
FCSmodel\test.mdl (70146, 2009-10-06)
FCSmodel\data (0, 2011-08-24)
FCSmodel\data\fcsdata.m (7567, 2003-03-12)
FCSmodel\selfmade FCSmodel (0, 2011-08-24)
FCSmodel\selfmade FCSmodel\anode.mdl (209937, 2009-04-10)
FCSmodel\selfmade FCSmodel\anodepressurePID.m (1961, 2009-04-24)
FCSmodel\selfmade FCSmodel\anode_modified_1.mdl (166415, 2009-04-26)
FCSmodel\selfmade FCSmodel\anode_modified_2.mdl (176526, 2009-04-10)
FCSmodel\selfmade FCSmodel\anode_modified_3.mdl (167692, 2009-04-24)
FCSmodel\selfmade FCSmodel\cathode.mdl (223380, 2009-04-28)
FCSmodel\selfmade FCSmodel\cathode_modified_1.mdl (395491, 2009-04-28)
FCSmodel\selfmade FCSmodel\SingleNeuroPID.m (812, 2009-04-23)
FCSmodel\selfmade FCSmodel\start.m (19, 2009-04-19)
FCSmodel\setpoints (0, 2011-08-24)
FCSmodel\setpoints\setpoint23.mat (368, 2002-10-10)
FCSmodel\setpoints\setpoint30.mat (384, 2002-10-10)
FCSmodel\setpoints\setpoint35.mat (384, 2002-10-10)
FCSmodel\setpoints\setpoint40.mat (384, 2002-10-10)
FCSmodel\setpoints\setpoint45.mat (384, 2002-10-10)
FCSmodel\setpoints\setpoint50.mat (384, 2002-10-10)

****************************************************************************************** COPYRIGHT 2002 THE REGENTS OF THE UNIVERSITY OF MICHIGAN ALL RIGHTS RESERVED PERMISSION IS GRANTED TO USE, COPY AND REDISTRIBUTE THIS SOFTWARE FOR NONCOMMERCIAL EDUCATION AND RESEARCH PURPOSES, SO LONG AS NO FEE IS CHARGED, AND SO LONG AS THE COPYRIGHT NOTICE ABOVE, THIS GRANT OF PERMISSION, AND THE DISCLAIMER BELOW APPEAR IN ALL COPIES MADE; AND SO LONG AS THE NAME OF THE UNIVERSITY OF MICHIGAN IS NOT USED IN ANY ADVERTISING OR PUBLICITY PERTAINING TO THE USE OR DISTRIBUTION OF THIS SOFTWARE WITHOUT SPECIFIC, WRITTEN PRIOR AUTHORIZATION. PERMISSION TO MODIFY OR OTHERWISE CREATE DERIVATIVE WORKS OF THIS SOFTWARE IS NOT GRANTED. THIS USE OF THIS SOFTWARE REQUIRES SIMULINK, A LICENSED PRODUCT OF THE MATHWORKS, INC. THE SOFTWARE USER IS SOLELY RESOPNSIBLE FOR OBTAINTING AN APPROPRIATE LICENSE FOR SIMULINK. NO LICENSE TO SIMULINK IS GRANTED, INFERRED OR IMPLIED BY THE DISTRIBUTION OF THIS SOFTWARE. THIS SOFTWARE IS PROVIDED AS IS, WITHOUT REPRESENTATION AS TO ITS FITNESS FOR ANY PURPOSE, AND WITHOUT WARRANTY OF ANY KIND, EITHER EXPRESS OR IMPLIED, INCLUDING WITHOUT LIMITATION THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE. THE REGENTS OF THE UNIVERSITY OF MICHIGAN SHALL NOT BE LIABLE FOR ANY DAMAGES, INCLUDING SPECIAL, INDIRECT, INCIDENTAL, OR CONSEQUENTIAL DAMAGES, WITH RESPECT TO ANY CLAIM ARISING OUT OF OR IN CONNECTION WITH THE USE OF THE SOFTWARE, EVEN IF IT HAS BEEN OR IS HEREAFTER ADVISED OF THE POSSIBILITY OF SUCH DAMAGES. ****************************************************************************************** ** Platform The model is created in Simulink 5 (R13) but is saved as Simulink 4 (R12). Therefore, it should work fine with Simulink 4 (R12). ** To run the model - run fcsmain.m (load model parameters and open the simulink model) - run the simulink model - run fcsplot.m (plot some variables) - output variables are exported to Matlab workspace with name starting with 'out'. Use command 'who out*' to get the list. ** Description of files and folders fpsmain.m - main m-file fpsplot.m - m-file for plotting simulation results readme.m - this file \data\ - folder contains model parameters \setpoints\ - folder contains initial values of model inputs and states at different net power (23,30,35,40,45,50 kW) ** The model is created by Jay Tawee Pukrushpan, Anna Stefanopoulou, and Huei Peng Fuel Cell Control Systems Laboratory (FCCS) Department of Mechanical Engineering University of Michigan ** Model derivation The detail of the model can be found in Control of Fuel Cell Power Systems: Principles, Modeling, Analysis and Feedback Design by J.T. Pukrushpan, A.G. Stefanopoulou, H. Peng Series : Advances in Industrial Control ISBN: 1-85233-816-4 ** Special note: Unlike in the thesis, in the model, x represents mole fraction and y represents mass fraction.

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