/ S' d7 i* S) B& m( \% r7 mThis file contains a hybrid-electric vehicle model built using Simscape, SimElectronics, SimDriveline, and SimPowerSystems that can be configured for system-level tests or power quality analyses. Model variants for the electrical, battery, and vehicle dynamics systems can be selected using configurable subsystems. A battery model created with the Simscape language is incorporated into the model. Supervisory logic is implemented with Stateflow. This model can be configured for hardware-in-the-loop testing. \! [1 Q4 [0 w9 J5 c
Please read the README.txt file to get started.! l, k: { N& Q- t- X# I
To see the different variants included in this model, please watch the webinar, “Hybrid Electric Vehicle Modeling and Simulation“ http://www.mathworks.com/company/events/webinars/wbnr50682.html% _/ m' d4 e0 \
To find other physical modeling examples, search for posts with the keyword "physical modeling" 7 n) g) _; E9 g' x% d* w http://www.mathworks.com/matlabcentral/fileexchange/?term=%22physical+modeling%22" t. i) S) R3 u
To learn more about MathWorks Physical Modeling Products, go to: http://www.mathworks.com/physical-modeling/6 l1 m' r/ c; z6 B6 w* F! j
Acknowledgements
$ S* u! D" ^7 {The author wishes to acknowledge the following in the creation of this submission: : w* b6 D8 \1 \Real-Time Simulation of a Hybrid-Electric Vehicle 0 a3 r u4 l1 @, D# Z
Required Products
SimDriveline, G5 c8 {9 l6 }2 g
SimElectronics . n7 M( [/ p8 q+ \# |: j( mSimPowerSystems# E1 D, G) Z D3 k! l# j. q
Simscape ( T2 Z& _) a; W b* X( }# y; O- Q oStateflow; N3 Z; j- G9 L0 q( \- C* p
Simulink 7 q6 E x/ @7 y/ b% }