: W! y! Y- a4 j- d2 yThis 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. - @7 q$ m( k# X! Z7 @Please read the README.txt file to get started.) a% V3 D; a2 o- g2 B0 m" f: p
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 7 p+ [) Z( T7 ^To find other physical modeling examples, search for posts with the keyword "physical modeling" 6 v% N, T3 ?* x6 V$ l' b http://www.mathworks.com/matlabcentral/fileexchange/?term=%22physical+modeling%22 ' e4 M9 ]& `/ sTo learn more about MathWorks Physical Modeling Products, go to: http://www.mathworks.com/physical-modeling/' D4 @( U$ j$ ?3 N( Z: \% e
Acknowledgements
0 e+ ?# x, U1 V& ]The author wishes to acknowledge the following in the creation of this submission: 2 I) q4 I/ Y0 p+ ~$ W2 }/ BReal-Time Simulation of a Hybrid-Electric Vehicle $ B5 I; V7 X5 x( \
Required Products
SimDriveline; P! l: q, Q0 ]* |2 l
SimElectronics F9 r) n, }% ]# |) _
SimPowerSystems # s' I/ Y+ k- p! HSimscape! D" j2 a/ F* Y8 I0 ~, Z: [1 V* M
Stateflow- g: [' K: Y3 ^; M! x1 w
Simulink- y4 E) h9 s# ?3 [" W3 b